mhurhangee/ep-ind-claims huggingface dataset:
A turbine shroud cooling assembly (100,200,300,400,500) for a gas turbine system comprising: an outer shroud component disposed within a turbine section of the gas turbine system and proximate a turbine section casing, wherein the outer shroud component includes at least one airway for ingesting an airstream; and an inner shroud component disposed radially inward of, and directly bonded to, the outer shroud component, wherein the inner shroud component includes a plurality of microchannels extending in at least one of a circumferential direction and an axial direction for cooling the inner shroud component with the airstream from the at least one airway; and a cover disposed proximate an inner surface of the inner shroud component 102; the cover enclosing and sealing the plurality of microchannels from a hot gas path of the gas turbine system, the cover directly defining a radially inner end of the plurality of microchannels, wherein the cover includes a layer proximate the plurality of microchannels comprising a thermal barrier coating having a thickness ranging from 0.4mm to 1.5mm. an outer shroud component disposed within a turbine section of the gas turbine system and proximate a turbine section casing, wherein the outer shroud component includes at least one airway for ingesting an airstream; and an inner shroud component disposed radially inward of, and directly bonded to, the outer shroud component, wherein the inner shroud component includes a plurality of microchannels extending in at least one of a circumferential direction and an axial direction for cooling the inner shroud component with the airstream from the at least one airway; and a cover disposed proximate an inner surface of the inner shroud component 102; the cover enclosing and sealing the plurality of microchannels from a hot gas path of the gas turbine system, the cover directly defining a radially inner end of the plurality of microchannels, wherein the cover includes a layer proximate the plurality of microchannels comprising a thermal barrier coating having a thickness ranging from 0.4mm to 1.5mm.
Apparatus for laser femtosecond in-situ keratomileusis (fs-LASIK), with: - a first laser radiation source for generating first laser radiation pulses having a power density for bringing about disruptions in corneal tissue, - first means (24, 44, K) for guiding and shaping the first laser radiation pulses into the corneal tissue, - a second laser radiation source for generating second laser radiation pulses having a power density for bringing about ablation of corneal tissue, - second means (40, 42, 44, 24) for guiding and shaping the second laser radiation pulses in relation to the cornea, - a controller with a first treatment program for controlling the first means and the first laser radiation pulses for generating an incision in the cornea such that a flap can be opened to expose a stromal surface of a stromal bed not being part of the flap, and with - a second treatment program for controlling the second means and the second laser radiation pulses for reshaping the cornea and changing its imaging properties for treatment of myopia, wherein - the first treatment program produces regular corneal surface structures which cause a rainbow-glare effect in connection with the imaging properties of the cornea, characterized by - a third treatment program which controls the second means (40, 42, 44, 24) and the second laser radiation pulses for removing the aforementioned regular structures at said exposed surface of the stromal bed, wherein the third treatment program brings about, in addition to a refractive ablation volume, a smoothing ablation particularly in the marginal region of the cornea. - a first laser radiation source for generating first laser radiation pulses having a power density for bringing about disruptions in corneal tissue, - first means (24, 44, K) for guiding and shaping the first laser radiation pulses into the corneal tissue, - a second laser radiation source for generating second laser radiation pulses having a power density for bringing about ablation of corneal tissue, - second means (40, 42, 44, 24) for guiding and shaping the second laser radiation pulses in relation to the cornea, - a controller with a first treatment program for controlling the first means and the first laser radiation pulses for generating an incision in the cornea such that a flap can be opened to expose a stromal surface of a stromal bed not being part of the flap, and with - a second treatment program for controlling the second means and the second laser radiation pulses for reshaping the cornea and changing its imaging properties for treatment of myopia, wherein - the first treatment program produces regular corneal surface structures which cause a rainbow-glare effect in connection with the imaging properties of the cornea, characterized by - a third treatment program which controls the second means (40, 42, 44, 24) and the second laser radiation pulses for removing the aforementioned regular structures at said exposed surface of the stromal bed, wherein the third treatment program brings about, in addition to a refractive ablation volume, a smoothing ablation particularly in the marginal region of the cornea.
Measurement technique for the determination of defective PV units (S,F,A) on a photovoltaic system with at least three PV units (S,F,A), in which the currents of the PV units (S,F,A) are partially measured simultaneously and the measured electrical values are sent to a measured data acquisition unit, which provides the measured values for a determination of the capability of the PV units, characterized by the fact the currents are measured by two current clamps (5,7) which, in an initial step, are arranged in pairs on location around the connecting cables of two of the PV units (S,F,A) in order to measure their currents simultaneously, such that in a second step, at least one of the two current clamps is realized in order to measure the current of another pair of PV units simultaneously, and that i) the second step is repeated until every service line of the PV units to be examined has been positioned on at least one of the two current clamps and the electricity has been measured, ii) that both of the electrical values measured at each pair are brought into a ratio with each other; iii) the ratios are saved in an electronic storage element, and iv) the ratios are compared with ratios which are determined at a later instant of time. i) the second step is repeated until every service line of the PV units to be examined has been positioned on at least one of the two current clamps and the electricity has been measured, ii) that both of the electrical values measured at each pair are brought into a ratio with each other; iii) the ratios are saved in an electronic storage element, and iv) the ratios are compared with ratios which are determined at a later instant of time.
A travel control method executed by a travel control apparatus, the travel control apparatus comprising: a first detector configured to detect an obstacle around a subject vehicle traveling in a first lane; and a second detector configured to detect a second lane adjacent to the first lane, the travel control apparatus being configured to: set a first range at a target position for lane change in the second lane, the first range having a size equal to or larger than a size which the subject vehicle occupies on a road surface; detect a range in the second lane as a second range, the second range in the second lane being located at a side of the subject vehicle, the obstacle being absent in the second range in the second lane; and permit the subject vehicle to change lanes when the second range includes the first range, the travel control method being characterized by comprising: estimating whether or not another vehicle traveling in the second lane comes away from the subject vehicle on a basis of a travel state of the other vehicle; and performing correction to reduce the first range or increase the second range when the other vehicle is estimated to come away from the subject vehicle. a first detector configured to detect an obstacle around a subject vehicle traveling in a first lane; and a second detector configured to detect a second lane adjacent to the first lane, the travel control apparatus being configured to: set a first range at a target position for lane change in the second lane, the first range having a size equal to or larger than a size which the subject vehicle occupies on a road surface; detect a range in the second lane as a second range, the second range in the second lane being located at a side of the subject vehicle, the obstacle being absent in the second range in the second lane; and permit the subject vehicle to change lanes when the second range includes the first range, set a first range at a target position for lane change in the second lane, the first range having a size equal to or larger than a size which the subject vehicle occupies on a road surface; detect a range in the second lane as a second range, the second range in the second lane being located at a side of the subject vehicle, the obstacle being absent in the second range in the second lane; and permit the subject vehicle to change lanes when the second range includes the first range, the travel control method being characterized by comprising: estimating whether or not another vehicle traveling in the second lane comes away from the subject vehicle on a basis of a travel state of the other vehicle; and performing correction to reduce the first range or increase the second range when the other vehicle is estimated to come away from the subject vehicle. estimating whether or not another vehicle traveling in the second lane comes away from the subject vehicle on a basis of a travel state of the other vehicle; and performing correction to reduce the first range or increase the second range when the other vehicle is estimated to come away from the subject vehicle.
An electrical submersible pump assembly for use in a well comprising: an electric motor; a pump having an intake and an outlet; a drive shaft configured to be driven by said motor and to drive said pump, said drive shaft having a central axis, a hollow interior, and open upper and lower shaft ends; and a liquid-gas separator assembly having a tubular portion with a hollow interior communicating with the open, lower end of said drive shaft; wherein said tubular portion includes a sidewall portion having openings therethrough and a closed, lower end; and wherein said sidewall portion includes at least one outwardly extending projection shaped for urging liquid contained in a liquid/gas mixture which is flowing towards said pump intake away from said openings and cause gas contained in the liquid/gas mixture to flow through the openings into the hollow interior of the tubular portion, where such gas may thereafter flow outwardly from the tubular portion through the drive shaft interior. an electric motor; a pump having an intake and an outlet; a drive shaft configured to be driven by said motor and to drive said pump, said drive shaft having a central axis, a hollow interior, and open upper and lower shaft ends; and a liquid-gas separator assembly having a tubular portion with a hollow interior communicating with the open, lower end of said drive shaft; wherein said tubular portion includes a sidewall portion having openings therethrough and a closed, lower end; and wherein said sidewall portion includes at least one outwardly extending projection shaped for urging liquid contained in a liquid/gas mixture which is flowing towards said pump intake away from said openings and cause gas contained in the liquid/gas mixture to flow through the openings into the hollow interior of the tubular portion, where such gas may thereafter flow outwardly from the tubular portion through the drive shaft interior.
A high-manganese hot-dip coated sheet exhibiting high corrosion resistance, comprising: - a substrate steel sheet having a composition, in weight, of 0.1 to 1.5% of C, 5 to 35% of Mn, and the remainder consisting of Fe, the optional elements listed below and other unavoidable impurities, wherein the substrate steel sheet may further contain optionally 0.01 to 3% of Al, and/or optionally one or more elements selected from a group consisting of less than 3% of Si, less than 9% of Cr, less than 5% of Cu, less than 4% of Ni, less than 1% of Mo, less than 1% of Nb, less than 0.5% of V, and less than 0.04% or N, and/or optionally one or more elements selected from a group consisting of 0.005 to 0.05% of Sn, 0.005 to 0.05% of Sb, 0.005 to 0.05% of As, and 0.005 to 0.05% of Te, and/or optionally one or more elements selected from a group consisting of 0.0005 to 0.040% of B, 0.0005 to 0.1% or Zr, 0.0005 to 0.1% of Ti, 0.0005 to 0.040% of La, 0.0005 to 0.040% of Ce, and 0.0005 to 0.030% of Ca; and - an alloying hot-dip coating layer formed on the substrate steel sheet, the alloying hot-dip coating layer having a composition, in weight, of 1.9 to 10% of Mn, 5 to 15% of Fe, and the remainder consisting of Zn and other unavoidable impurities, the unavoidable impurities being small quantities of elements introduced into the substrate steel sheet. - a substrate steel sheet having a composition, in weight, of 0.1 to 1.5% of C, 5 to 35% of Mn, and the remainder consisting of Fe, the optional elements listed below and other unavoidable impurities, wherein the substrate steel sheet may further contain optionally 0.01 to 3% of Al, and/or optionally one or more elements selected from a group consisting of less than 3% of Si, less than 9% of Cr, less than 5% of Cu, less than 4% of Ni, less than 1% of Mo, less than 1% of Nb, less than 0.5% of V, and less than 0.04% or N, and/or optionally one or more elements selected from a group consisting of 0.005 to 0.05% of Sn, 0.005 to 0.05% of Sb, 0.005 to 0.05% of As, and 0.005 to 0.05% of Te, and/or optionally one or more elements selected from a group consisting of 0.0005 to 0.040% of B, 0.0005 to 0.1% or Zr, 0.0005 to 0.1% of Ti, 0.0005 to 0.040% of La, 0.0005 to 0.040% of Ce, and 0.0005 to 0.030% of Ca; and - an alloying hot-dip coating layer formed on the substrate steel sheet, the alloying hot-dip coating layer having a composition, in weight, of 1.9 to 10% of Mn, 5 to 15% of Fe, and the remainder consisting of Zn and other unavoidable impurities, the unavoidable impurities being small quantities of elements introduced into the substrate steel sheet.
An injection apparatus (6, 6a, 6b) for injecting ammonia into a combustion chamber of an engine to cause combustion in said combustion chamber, comprising: a container; and a liquid ammonia supply part for supplying a predetermined amount of liquid ammonia into said container; and characterized by a compression part connected to said container and for compressing a gas filled in a space for compression to introduce the compressed gas into said container; and a nozzle connected to said container and for introducing ammonia together with said compressed gas into said combustion chamber, said ammonia being pushed out of said container due to the introduction of said compressed gas into said container. a container; and a liquid ammonia supply part for supplying a predetermined amount of liquid ammonia into said container; and characterized by a compression part connected to said container and for compressing a gas filled in a space for compression to introduce the compressed gas into said container; and a nozzle connected to said container and for introducing ammonia together with said compressed gas into said combustion chamber, said ammonia being pushed out of said container due to the introduction of said compressed gas into said container.
Glenoid implant that includes a cup that is meant to work in conjunction with a prosthetic humeral head, the aforementioned cup is roughly circular in shape, and has fixing and positioning means that enable it to be installed in the anatomical glenoid cavity, such that the supporting and sliding surface of the aforementioned cup maintains the continuity of the aforementioned anatomical cavity, and aligns perfectly with the humeral head, characterised by the fact that protruding from the rim of the cup, and only on its upper part, are deformable stabilisation strips that work in conjunction with the spongiosum, the lower part of the cup is smooth, and is coupled with a circular metallic base, the peripheral edge of the aforementioned smooth part and the aforementioned base have the same diameter, and are arranged in alignment.
A pump control method for controlling a pump of a construction machine, the said pump being configured so as to pump fluid, pasty and/or viscous products such as mortars, concretes or fluid screeds, the method comprising the following steps: control of the pump at a first pumping speed according to a setpoint desired by the user; determination of the product output flow rate of the construction machine and recording of this flow rate as a reference flow rate (Qref); - progressive reduction of the pumping speed of the pump as long as the product output flow rate remains stable, that is to say as long as the decline (ΔQ) in the product output flow rate relative to the reference flow rate (Qref) remains below a predetermined threshold value (ε), until reaching a second pumping speed from which point the product output flow rate begins to decrease, that is to say from which point the said decrease (ΔQ) in the product output flow rate relative to the reference flow rate (Qref) exceeds the said predetermined threshold value (ε); stabilisation of the pumping speed. control of the pump at a first pumping speed according to a setpoint desired by the user; determination of the product output flow rate of the construction machine and recording of this flow rate as a reference flow rate (Qref); - progressive reduction of the pumping speed of the pump as long as the product output flow rate remains stable, that is to say as long as the decline (ΔQ) in the product output flow rate relative to the reference flow rate (Qref) remains below a predetermined threshold value (ε), until reaching a second pumping speed from which point the product output flow rate begins to decrease, that is to say from which point the said decrease (ΔQ) in the product output flow rate relative to the reference flow rate (Qref) exceeds the said predetermined threshold value (ε); - progressive reduction of the pumping speed of the pump as long as the product output flow rate remains stable, that is to say as long as the decline (ΔQ) in the product output flow rate relative to the reference flow rate (Qref) remains below a predetermined threshold value (ε), until reaching a second pumping speed from which point the product output flow rate begins to decrease, that is to say from which point the said decrease (ΔQ) in the product output flow rate relative to the reference flow rate (Qref) exceeds the said predetermined threshold value (ε); stabilisation of the pumping speed.
A multifunctional postal packet made up of multiple compartments set on top of one another, which enable, through purposely provided anti-effraction tear-open closing systems, housing, in the various housing levels, of two-dimensional objects and/or three-dimensional objects, comprising a first card which functions as base set on top of which, via fixing along all their perimeter (7, 8 and 9), are a plurality of second cards (B, C, and D), without any limit to the number thereof, which create between them (D on C, C on B, and B on A) individual housings for housing one or more two-dimensional and/or three-dimensional objects; wherein each of said second cards (B, C, and D) set on top of the first card, have in the central part a tear line designed to create a leaf (E, F, and G), of any size and shape, which, once torn, enables access to the underlying housing and removal of the contents that may be present in each housing; characterized in that said leaf has further tear lines that enable creation of advertising coupons, visiting cards, or any product of visual communication that may be used even independently.
An apparatus of freeform additive manufacturing for constructing a structure (103, 221, 2010, 2102, 2103, 3101), the apparatus comprising: a. an extruder comprising a nozzle for extruding structural components, b. a movement device for moving the extruder along multiple predetermined paths while the extruder is extruding structural components to place the structural components in desired positions and connected to selected ones of the other components as the components are produced, and c. a controller for moving the extruder and controlling operation of the extruder characterized in that means are provided to remove heat from the extrudate prior to exit from the nozzle and optionally upon exit from the nozzle to thereby facilitate solidification of the extrudate in open space. a. an extruder comprising a nozzle for extruding structural components, b. a movement device for moving the extruder along multiple predetermined paths while the extruder is extruding structural components to place the structural components in desired positions and connected to selected ones of the other components as the components are produced, and c. a controller for moving the extruder and controlling operation of the extruder characterized in that means are provided to remove heat from the extrudate prior to exit from the nozzle and optionally upon exit from the nozzle to thereby facilitate solidification of the extrudate in open space.