mhurhangee/ep-ind-claims huggingface dataset:
A method for forming a joint, the method comprising: attaching a first skin panel (502; 1202) and a second skin panel to a support structure, in which the first skin panel has a first surface and a first flange located at an end of the first skin panel, the second skin panel has a second surface and a second flange located at an end of the second skin panel, a first step is present in the first flange and a second step is present in the second flange, the first and second steps (616, 618) depending perpendicularly from the first and second surfaces (627, 630) respectively, and the first flange and the second flange are positioned to form a channel; bonding a strip having a third surface and ends that depend perpendicularly from the third surface in the channel to form the joint, wherein a first gap is present between a first side of the strip and the first step and a second gap is present between a second side of the strip and the step; the method further characterized by: attaching the strip to a number of installation blocks (800, 1112, 1114); placing an adhesive in the channel; and positioning the strip with the number of installation blocks (800, 112, 1114) in the channel to contact the adhesive in the channel such that a third surface of the strip is positioned flush relative to the first surface of the first skin panel and the second surface of the second skin panel such that a flow of fluid over the first surface, the second surface, and the third surface is laminar flow. attaching a first skin panel (502; 1202) and a second skin panel to a support structure, in which the first skin panel has a first surface and a first flange located at an end of the first skin panel, the second skin panel has a second surface and a second flange located at an end of the second skin panel, a first step is present in the first flange and a second step is present in the second flange, the first and second steps (616, 618) depending perpendicularly from the first and second surfaces (627, 630) respectively, and the first flange and the second flange are positioned to form a channel; bonding a strip having a third surface and ends that depend perpendicularly from the third surface in the channel to form the joint, wherein a first gap is present between a first side of the strip and the first step and a second gap is present between a second side of the strip and the step; attaching the strip to a number of installation blocks (800, 1112, 1114); placing an adhesive in the channel; and positioning the strip with the number of installation blocks (800, 112, 1114) in the channel to contact the adhesive in the channel such that a third surface of the strip is positioned flush relative to the first surface of the first skin panel and the second surface of the second skin panel such that a flow of fluid over the first surface, the second surface, and the third surface is laminar flow.
A motion arrangement for moving a load with six degrees of freedom, the motion arrangement comprising: first, second and third primary link elements (4,5,6), each primary link element being (i) rotatably attached to a respective linearly movable driver element (8,11,12) and (ii) slidably and rotatably attached to the load; a first intermediate link element attached to the first primary link element and to a fourth linearly movable drive element; a second intermediate link element attached to the second primary link element and to a fifth linearly movable drive element; the first intermediate link element being attached to the first primary link element at a location between the locations where the first primary link element is attached to its respective driver element and to the load, and the second intermediate link element being attached to the second primary link element at a location between the locations where the second primary link element is attached to its respective driver element and to the load. first, second and third primary link elements (4,5,6), each primary link element being (i) rotatably attached to a respective linearly movable driver element (8,11,12) and (ii) slidably and rotatably attached to the load; a first intermediate link element attached to the first primary link element and to a fourth linearly movable drive element; a second intermediate link element attached to the second primary link element and to a fifth linearly movable drive element;
Piezoelectric generator with a deformation body, that holds a projection surface and is formed with a set pressure surface opposite the projection surface, in which the projection surface can be converted from a smaller projection surface not loaded under pressure to a larger projection surface with a pressure load on the set pressure surface essentially perpendicular to the projection surface and a spring effect is provided, which counteracts a pressure load on the set pressure surface, in which an electromechanical transformer element with a piezoelectric material spans over whole or part of the projection surface, so that the transformer element under pressure load is formed to that it can extend onto the deformation body and electric micro-energy can be generated by means of the piezoelectric material, characterised in that the transformer element with piezoelectric material is formed with a laminar, polymeric piezo-generator film beyond the projection surface of the deformation body, reaching around the deformation body.
An electrical heating assembly comprising: one or more electrical heating elements (162a-162d); a current leakage sensor configured to generate a signal indicative of current leakage from the one or more electrical heating elements (162a-162d), wherein the current leakage is proportional to an amount of moisture in contact with the one or more electrical heating elements (162a-162d); a thyristor coupled to the one or more electrical heating elements (162a-162d), wherein the thyristor is configured to control a power level of the one or more electrical heating elements (162a-162d); and a control logic circuit coupled to the thyristor and the current leakage sensor, wherein the control logic circuit is configured to control the one or more heating elements (162a-162d) and the thyristor based on the signal indicative of the current leakage from the one or more electrical heating elements (162a-162d) sensed by the current leakage sensor, the assembly being characterized in that the control logic circuit maintains the one or more heating elements (162a-162d) at a first power level, in a dry-out mode, while the current leakage detected by the current leakage sensor is greater than a predetermined threshold. one or more electrical heating elements (162a-162d); a current leakage sensor configured to generate a signal indicative of current leakage from the one or more electrical heating elements (162a-162d), wherein the current leakage is proportional to an amount of moisture in contact with the one or more electrical heating elements (162a-162d); a thyristor coupled to the one or more electrical heating elements (162a-162d), wherein the thyristor is configured to control a power level of the one or more electrical heating elements (162a-162d); and a control logic circuit coupled to the thyristor and the current leakage sensor, wherein the control logic circuit is configured to control the one or more heating elements (162a-162d) and the thyristor based on the signal indicative of the current leakage from the one or more electrical heating elements (162a-162d) sensed by the current leakage sensor, the assembly being characterized in that the control logic circuit maintains the one or more heating elements (162a-162d) at a first power level, in a dry-out mode, while the current leakage detected by the current leakage sensor is greater than a predetermined threshold.
A link of a lateral chain for conveyor belts, particularly for food, the link comprising a substantially U-shaped body in which the front portion is shaped so as to be inserted between the two facing end parts (13, 14) of the rear portion of a facing identical link, said front portion having two longitudinally extending symmetrical slots (16, 17) for the passage and traverse of an end portion of a rod-like element of a conveyor belt, said rear portion having, on each one of said end parts (13, 14), a hole (21, 22) for the insertion of an end portion of an additional rod-like element, the outer rear end part having a contoured lateral tab and a lower tipping-preventing side wall, wherein said link is constituted by two parts (27, 28) which are mutually joined with reversible fixing means, - a first part, which comprises said substantially U-shaped body, with said front portion and with said rear portion, - and a second part, which comprises said lateral tab and said lower tipping-preventing side wall, characterised in that the reversible fixing means is constituted by a flat wing, which protrudes toward the outside of the conveyor belt in the configuration for use and is extended laterally from the outer end part of said rear portion, said flat wing being intended for reversible snap engagement in a corresponding seat formed on the second part. - a first part, which comprises said substantially U-shaped body, with said front portion and with said rear portion, - and a second part, which comprises said lateral tab and said lower tipping-preventing side wall, characterised in that the reversible fixing means is constituted by a flat wing, which protrudes toward the outside of the conveyor belt in the configuration for use and is extended laterally from the outer end part of said rear portion, said flat wing being intended for reversible snap engagement in a corresponding seat formed on the second part.
Method for determining the location of a rail vehicle along a section of rail along which a waveguide is laid, wherein in the method chronologically successive electromagnetic pulses (Pin) are fed into the waveguide and in each case at least one backscatter pattern (Rm1, Rm2, Rm3) which is generated by vehicle-induced backscattering of the electromagnetic pulse is received for each emitted pulse and evaluated, characterized in that - the waveguide along the section of rail has at least one location-determining section in which the vibration sensitivity of the waveguide and/or the vibration acting on the waveguide is greater than or less than outside the location-determining section, - the amplitude of the received backscatter patterns (Rm1, Rm2, Rm3) is evaluated, and - a location signal (So) is generated if the amplitude of the received backscatter patterns (Rm1, Rm2, Rm3) increases or decreases in the chronological profile. - the waveguide along the section of rail has at least one location-determining section in which the vibration sensitivity of the waveguide and/or the vibration acting on the waveguide is greater than or less than outside the location-determining section, - the amplitude of the received backscatter patterns (Rm1, Rm2, Rm3) is evaluated, and - a location signal (So) is generated if the amplitude of the received backscatter patterns (Rm1, Rm2, Rm3) increases or decreases in the chronological profile.
An in vitro method for producing pluripotent cells from somatic cells comprising a step of bringing bacteria having fermentation ability into contact with somatic cells, wherein the bacteria having fermentation ability are lactic acid bacteria or Bacillus subtilis var. natto.
A method for assessing high contrast resolution of images by CT equipment based on the Rayleigh criterion, comprising: imaging a phantom for high resolution testing, the phantom comprising a plurality of line pair groups, to produce an original image, said phantom having an epoxy background; wherein each group of line pairs, in the plurality of line pair groups, has an integer number of lines n; obtaining for each line pair group a pixel intensity profile, said intensity profile being the regional intensity profile; applying an interpolation algorithm on the original image to clarify overlap of adjacent pixels and improve consistency of pixel intensity of three middle lines in the pixel intensity profile for each line pair group while ensuring preservation of complete information of the original image; wherein, in the regional intensity profile, each line pair of a group has an intensity minimum such that each group of line pairs has an integer number m of intensity minima and each group of line pairs has an integer number n of intensity maxima; forming the arithmetic average of the n intensity maxima and forming the arithmetic average the n intensity minima; to avoid interference, subtracting the epoxy background from each said arithmetic average to obtain Imax and Imin respectively; calculating the ratio R between the said Imin and Imax; determining that the line pair group is distinguishable if R ≤ 81% and that the line pair group is indistinguishable if R > 81%; and assessing high contrast resolution of images by the CT equipment based on whether the line pair group is determined to be distinguishable. imaging a phantom for high resolution testing, the phantom comprising a plurality of line pair groups, to produce an original image, said phantom having an epoxy background; wherein each group of line pairs, in the plurality of line pair groups, has an integer number of lines n; obtaining for each line pair group a pixel intensity profile, said intensity profile being the regional intensity profile; applying an interpolation algorithm on the original image to clarify overlap of adjacent pixels and improve consistency of pixel intensity of three middle lines in the pixel intensity profile for each line pair group while ensuring preservation of complete information of the original image; wherein, in the regional intensity profile, each line pair of a group has an intensity minimum such that each group of line pairs has an integer number m of intensity minima and each group of line pairs has an integer number n of intensity maxima; forming the arithmetic average of the n intensity maxima and forming the arithmetic average the n intensity minima; to avoid interference, subtracting the epoxy background from each said arithmetic average to obtain Imax and Imin respectively; calculating the ratio R between the said Imin and Imax; determining that the line pair group is distinguishable if R ≤ 81% and that the line pair group is indistinguishable if R > 81%; and assessing high contrast resolution of images by the CT equipment based on whether the line pair group is determined to be distinguishable.
A method for determining whether to offload a device from a femto node, comprising: obtaining a downlink quality at a target node (102, 106); obtaining load information regarding the target node, wherein obtaining the load information is based in part on comparing the downlink quality to one or more historical downlink quality values at the target node; comparing an expected throughput at the target node, estimated based in part on the load information, to a threshold; and determining whether to handover a device to the target node based in part on the comparing. obtaining a downlink quality at a target node (102, 106); obtaining load information regarding the target node, wherein obtaining the load information is based in part on comparing the downlink quality to one or more historical downlink quality values at the target node; comparing an expected throughput at the target node, estimated based in part on the load information, to a threshold; and determining whether to handover a device to the target node based in part on the comparing.
A system for cultivating plants without a substrate, comprising a device for moistening and/or fertilizing plants, the device comprising a movable spray lance with at least one spray nozzle arranged on the spray lance, wherein a preferably linear guide rail is provided, wherein the spray lance is movably guided in the guide rail in a trajectory extending parallel to the guide rail and extends substantially perpendicular to this trajectory, and wherein a drive, preferably a linear drive, is arranged for moving the spray lance in the area of the guide rail, wherein the system further comprises a preferably substantially horizontal plant support plane adapted to stabilise the plants in their rootstock region, characterised in that the spray lance is arranged at a distance below or above the plant support plane and in that the plant support plane extends substantially parallel to the movement plane defined by the movement of the spray lance, and in that a preferably linear gap is provided in the plant support plane, through which a connector for connecting the spray lance and the guide rail projects, the connector comprising a plurality of securing means, preferably latch openings, for adjusting the position of the spray lance.
A composition comprising Trigofoenoside, Vitexin, Iso-vitexin, Vitexin-2-o-rhamnoside, Vicenin-1 and fiber, optionally along with a pharmaceutically acceptable excipient; wherein the Trigofoenoside, the Vitexin, the Iso-vitexin, the Vitexin-2-o-rhamnoside and the Vicenin-1, together have a concentration ranging from 8 % w/w to 31% w/w; and the fiber is present at a concentration ranging from 69% w/w to 92% w/w.
Bumper-reinforcing system intended for a motor vehicle comprising: - a bumper beam with a single-piece elongated profile with a closed cross section and including a center zone extending at least over part of the width of the bumper beam and an end zone at each extremity of the bumper beam, - two bumper fasteners connected to the rear side of the bumper beam at the intersections between the center zone and the end zones of the bumper beam, - two front rails connected to the bumper fasteners and two suspension arm brackets extending outwards from the front rails, - two reinforcing tubes connected by their first end to the rear side of the end zone of the bumper beam, extending from the bumper beam so as to form an angle α below 45° with the vertical plane of symmetry of the bumper beam and suited to be connected by their other end on the front rail of the vehicle for which the bumper-reinforcing system is provided, - two covers with a single-piece elongated profile with an open cross section, in contact with the rear side of the end zone of the bumper beam and extending at least from the first end of one of the reinforcing tubes to one of the bumper fasteners, characterised in that the reinforcing tubes are connected by their other end at the junction between the front rails and the suspension arm brackets. - a bumper beam with a single-piece elongated profile with a closed cross section and including a center zone extending at least over part of the width of the bumper beam and an end zone at each extremity of the bumper beam, - two bumper fasteners connected to the rear side of the bumper beam at the intersections between the center zone and the end zones of the bumper beam, - two front rails connected to the bumper fasteners and two suspension arm brackets extending outwards from the front rails, - two reinforcing tubes connected by their first end to the rear side of the end zone of the bumper beam, extending from the bumper beam so as to form an angle α below 45° with the vertical plane of symmetry of the bumper beam and suited to be connected by their other end on the front rail of the vehicle for which the bumper-reinforcing system is provided, - two covers with a single-piece elongated profile with an open cross section, in contact with the rear side of the end zone of the bumper beam and extending at least from the first end of one of the reinforcing tubes to one of the bumper fasteners, characterised in that the reinforcing tubes are connected by their other end at the junction between the front rails and the suspension arm brackets.
A patch comprising a flat and flexible laminate comprising at least one polarizing film which is releasably securable to a non-polarized optical article, thereby reducing through-transmittance of light to said non-polarized optical article, wherein the non-polarized optical article is an ophthalmic lens, wherein the patch has a thickness of ≤ 200 μm, characterized in that the patch has an elastic modulus of ≤ 700MPa and a Shore A hardness ≤ 80
A mobile deflector device of a curved vehicle shield, including a central deflector and two lateral deflectors (3, 4) essentially forming three chords arranged over the entire length of the shield, each of the three deflectors (2, 3, 4) being pivotably mounted between a first folded position and a second unfolded position substantially perpendicular to the first position, characterized in that it comprises in addition means for controlling the pivoting of the three deflectors (2, 3, 4), said control means including two geared motors (20, 21), each of these latter being directly connected to one of the two lateral deflectors (3, 4), each of said lateral deflectors (3, 4) being connected to the central deflector by means permitting the driving of this central deflector during their pivoting between said first and second positions.
A sulfo-aluminous clinker comprising as a phasic composition, relative to the total weight of the clinker: - from 5 to 60% of iron-doped calcium sulfoaluminate phase corresponding to the formula C 4 A x F y $ z with x varying from 2 to 3, y varying from 0.05 to 0.5, and z varying from 0.8 to 1.2; - from 0 to 25% of calcic aluminoferrite phase of a composition corresponding to the general formula C 6 A x' F y', x' varying from 0 to 1.5 and y' varying from 0.5 to 3; and - from 20 to 70% of belite phase C 2 S; and - less than 10% of phase C 11 S 4 B; said clinker comprising more than 0.3% of P 2 O 5. - from 5 to 60% of iron-doped calcium sulfoaluminate phase corresponding to the formula C 4 A x F y $ z with x varying from 2 to 3, y varying from 0.05 to 0.5, and z varying from 0.8 to 1.2; x varying from 2 to 3, y varying from 0.05 to 0.5, and z varying from 0.8 to 1.2; - from 0 to 25% of calcic aluminoferrite phase of a composition corresponding to the general formula C 6 A x' F y', x' varying from 0 to 1.5 and y' varying from 0.5 to 3; and - from 20 to 70% of belite phase C 2 S; and - less than 10% of phase C 11 S 4 B;