mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented, interactive method for creating a graphical representation of a codebase, comprising: generating a graphical representation of a first portion of the codebase; determining that one or more pre-defined boundary condition exists, comprising determining that there is insufficient memory to generate a graphical representation of the codebase, determining that data from a source external to the codebase is required to complete the generation of the graphical representation, or determining that an amount of time to complete a portion of a generation is over a predetermined amount; pausing the generation of the graphical representation of the first portion of the codebase upon encountering the one or more boundary condition; prompting a user for input relating to solutions to the one or more boundary condition, comprising prompting the user with a plurality of options for each of the one or more boundary condition, said plurality of options constraining the input; receiving user input concerning one or more respective solutions to the one or more boundary condition, wherein the user may selectively provide inputs for any number of the one or more boundary condition; and based on said user input, generating a graphical representation of a second portion of said codebase having a solution to a respective boundary condition. generating a graphical representation of a first portion of the codebase; determining that one or more pre-defined boundary condition exists, comprising determining that there is insufficient memory to generate a graphical representation of the codebase, determining that data from a source external to the codebase is required to complete the generation of the graphical representation, or determining that an amount of time to complete a portion of a generation is over a predetermined amount; pausing the generation of the graphical representation of the first portion of the codebase upon encountering the one or more boundary condition; prompting a user for input relating to solutions to the one or more boundary condition, comprising prompting the user with a plurality of options for each of the one or more boundary condition, said plurality of options constraining the input; receiving user input concerning one or more respective solutions to the one or more boundary condition, wherein the user may selectively provide inputs for any number of the one or more boundary condition; and based on said user input, generating a graphical representation of a second portion of said codebase having a solution to a respective boundary condition.
A system associated with an engine of an aircraft, comprising: a shaft configured with first and second shaft holes; a bearing race coupled to the shaft and configured with a second hole and a third hole; a seal runner on the shaft that is configured to transfer heat to at least a first portion of the oil; and a bearing on the shaft that is configured to transfer heat to at least a second portion of the oil, characterised in that the system further comprises: a first axial oil scoop configured to provide the first portion of oil to the seal runner via the first shaft hole, a spline, a groove, and one or more radially oriented holes; and a second axial oil scoop configured to provide the second portion of oil to the bearing via the second shaft hole, the second hole, and the third hole; wherein the first shaft hole and second hole (105,109) are oriented axially with respect to the shaft, wherein the third hole is oriented radially with respect to the shaft, and wherein the first axial oil scoop and the second axial oil scoop are concentric with respect to one another, and the second axial oil scoop is located radially outboard of the first axial oil scoop. a shaft configured with first and second shaft holes; a bearing race coupled to the shaft and configured with a second hole and a third hole; a seal runner on the shaft that is configured to transfer heat to at least a first portion of the oil; and a bearing on the shaft that is configured to transfer heat to at least a second portion of the oil, characterised in that the system further comprises: a first axial oil scoop configured to provide the first portion of oil to the seal runner via the first shaft hole, a spline, a groove, and one or more radially oriented holes; and a second axial oil scoop configured to provide the second portion of oil to the bearing via the second shaft hole, the second hole, and the third hole; wherein the first shaft hole and second hole (105,109) are oriented axially with respect to the shaft, wherein the third hole is oriented radially with respect to the shaft, and wherein the first axial oil scoop and the second axial oil scoop are concentric with respect to one another, and the second axial oil scoop is located radially outboard of the first axial oil scoop. a first axial oil scoop configured to provide the first portion of oil to the seal runner via the first shaft hole, a spline, a groove, and one or more radially oriented holes; and a second axial oil scoop configured to provide the second portion of oil to the bearing via the second shaft hole, the second hole, and the third hole; wherein the first shaft hole and second hole (105,109) are oriented axially with respect to the shaft, wherein the third hole is oriented radially with respect to the shaft, and wherein the first axial oil scoop and the second axial oil scoop are concentric with respect to one another, and the second axial oil scoop is located radially outboard of the first axial oil scoop.
A lifting system for a mobility device comprising: A bracket configured to be fixed to the mobility device, a hoist connector configured to removably connect to the bracket to provide lifting of the mobility device in use; where one of the bracket and the hoist connector comprises a pin and the other of the bracket and the hoist connector comprises a clip, the pin comprising a head formation and a neck formation, wherein the clip comprises an aperture configured to pass over the head formation in use when the aperture and head formation are aligned and to pass into engagement with the neck formation such that the clip is loosely held on the pin, where the aperture has a close fit with the head formation to prevent unintentional disengagement from the pin in use, wherein a biasing member is arranged to bias the clip away from a condition in which the aperture is aligned with the head formation when in engagement with the pin, characterised in that the biasing member comprises a magnet provided on the pin or clip, and where the other of the pin or clip comprises a magnet or magnetic material such that pin and clip are attracted together such as to retain the clip on the pin. A bracket configured to be fixed to the mobility device, a hoist connector configured to removably connect to the bracket to provide lifting of the mobility device in use; where one of the bracket and the hoist connector comprises a pin and the other of the bracket and the hoist connector comprises a clip, the pin comprising a head formation and a neck formation, wherein the clip comprises an aperture configured to pass over the head formation in use when the aperture and head formation are aligned and to pass into engagement with the neck formation such that the clip is loosely held on the pin, where the aperture has a close fit with the head formation to prevent unintentional disengagement from the pin in use, wherein a biasing member is arranged to bias the clip away from a condition in which the aperture is aligned with the head formation when in engagement with the pin, characterised in that the biasing member comprises a magnet provided on the pin or clip, and where the other of the pin or clip comprises a magnet or magnetic material such that pin and clip are attracted together such as to retain the clip on the pin.
A compound represented by a chemical formula selected from a group consisting of the following Chemical Formulae: wherein Ac is acetyl wherein Ac is acetyl wherein Ac is acetyl.
Fastening device for the reciprocal fastening of two components (12, 13) of a furniture part, with a base body which is designed as one of the components of the furniture part, and fastening means assigned to the base body and through which the two components (12, 13) may be fastened to one another, wherein base body and fastening means are parts of a one-piece fastening element, wherein the fastening element is an extruded profile part made of extruded material, wherein the fastening means have at least one mounting section suitable for fastening to the assigned component (12, 13) without tools, which is so designed that, in the intended mounting position on the assigned component (12, 13) it may be deformed by the action of force, may penetrate the material of the component (12, 13) and be fixed there, and wherein the mounting section is in the form of a mounting rail, characterised in that several claw elements are formed on the mounting rail, one behind the other in the axial direction of the rail, wherein the claw elements are each formed by means of a free cut from the material of the mounting section.
A structured body including: a formed body having a surface formed of a resin layer and fine particles distributed on the resin layer on the surface of the formed body; wherein wax is distributed on the surface of the resin layer together with the fine particles, and the wax is partly absorbed into the resin layer; characterised in that a metaball steric layer of the wax spreading like continuous metaballs is formed on the resin layer, and the fine particles are distributed inside the metaball steric layer.
A single use valve comprising a valve housing defining a bore therethrough, a valve member moveable in the bore relative to the valve housing from a closed position that sealingly closes the valve such that fluid is not able to pass through the valve, to an open position to allow fluid to pass through the valve, characterized by comprising a locking member (17, 27, 43) arranged to move with the valve member moving to the open position to be placed in a locked position to allow for blocking the valve member after the valve member has moved back from the open position to the closed position, thereby configuring the valve into a permanently closed state that prevents the passage of fluid through the valve after a single motion of the valve member from the open position to the closed position, wherein the locking member (17, 27, 43) and the valve member are engaged so that the locking member moves with the valve member as the valve member moves from the closed position to the open position to place the locking member in the locked position, wherein the valve is configured so that the valve member is immovably locked in the closed position so that the valve member is not able to be moved within the bore after the valve member has returned to the closed position from the open position, to thereby define the permanently closed state of the valve.
Layer system, comprising a substrate, a metallic bonding layer, which consists of an NiCoCrAlX alloy, on the metallic bonding layer, an inner ceramic layer, a stabilized zirconium oxide layer, in particular an yttrium-stabilized zirconium oxide layer, wherein there is an outer ceramic layer on the inner ceramic layer, which comprises at least 80 wt% of the pyrochlore phase Gd 2 Zr 2 O 7, wherein the inner layer has a layer thickness of between 10% and 40% of the total layer thickness of the inner layer plus the outer layer.
A tool for separating flesh from a core and a rind of a fruit, in particular a pineapple, comprising: - a cylinder jacket-shaped corer having a first end and a second end, said first end being provided with a driving member and said second end being provided with a cutting edge; - a flesh cutter extending substantially radially on the corer at or near the second end thereof, and having at least one cutting edge, wherein the shape of the flesh cutter is such that upon rotation of the tool within a fruit it executes a helical movement with a predetermined pitch; and - a rind cutter, provided at a radially outer end of the flesh cutter and extending parallel to the corer, said rind cutter including a cutting edge; the tool being characterized in that it further comprises: - a section cutter, including: o an annular hub configured to be slidingly received on the corer; o an annular rim; ∘ one or more spokes radiating from the hub and interconnecting the hub and the rim. - a cylinder jacket-shaped corer having a first end and a second end, said first end being provided with a driving member and said second end being provided with a cutting edge; - a flesh cutter extending substantially radially on the corer at or near the second end thereof, and having at least one cutting edge, wherein the shape of the flesh cutter is such that upon rotation of the tool within a fruit it executes a helical movement with a predetermined pitch; and - a rind cutter, provided at a radially outer end of the flesh cutter and extending parallel to the corer, said rind cutter including a cutting edge; - a section cutter, including: o an annular hub configured to be slidingly received on the corer; o an annular rim; ∘ one or more spokes radiating from the hub and interconnecting the hub and the rim. o an annular hub configured to be slidingly received on the corer; o an annular rim; ∘ one or more spokes radiating from the hub and interconnecting the hub and the rim.
A non-phthalate plasticizer for use in polymeric dispersions, comprising: 2-methyl-3-phenyl propyl benzoate, 2-phenylethyl 2-phenylacetate, benzyl 3-phenylpropanoate, or benzyl 2-methyl-3-phenylpropanoate.
A package comprising: a winding member with no initial level difference and having both ends flangeless; and a yarn wound around the winding member; wherein the yarn includes a first portion and a second portion arranged with each other in a longitudinal direction of the winding member, the second portion having a yarn layer with a diameter larger than that of the first portion, and the yarn includes a first yarn layer wound at the first portion and the second portion with a first width from a reference end of the winding member, and a second yarn layer layered alternately with the first yarn layer, the second yarn layer is wound only at the second portion with a second width from the reference end of the winding member narrower than the first width, characterized in that the yarn includes a third portion arranged with the second portion in the longitudinal direction of the winding member, the third portion having a yarn layer with a diameter larger than that of the second portion, and the yarn includes a third layer wound and alternately layered with the first yarn layer and the second yarn layer, the third layer being wound only at the third portion with a third width from the reference end of the winding member narrower than the second width. a winding member with no initial level difference and having both ends flangeless; and a yarn wound around the winding member; wherein the yarn includes a first portion and a second portion arranged with each other in a longitudinal direction of the winding member, the second portion having a yarn layer with a diameter larger than that of the first portion, and the yarn includes a first yarn layer wound at the first portion and the second portion with a first width from a reference end of the winding member, and a second yarn layer layered alternately with the first yarn layer, the second yarn layer is wound only at the second portion with a second width from the reference end of the winding member narrower than the first width, characterized in that the yarn includes a third portion arranged with the second portion in the longitudinal direction of the winding member, the third portion having a yarn layer with a diameter larger than that of the second portion, and the yarn includes a third layer wound and alternately layered with the first yarn layer and the second yarn layer, the third layer being wound only at the third portion with a third width from the reference end of the winding member narrower than the second width.
Pneumatic vehicle tyre, in particular utility-vehicle tyre, having a tread with a number of profile ribs which are separated from one another by circumferential channels (4, 5'), wherein the tread has at least one circumferential channel which, in a radial direction starting at the tread periphery, is made up of an outer channel (7`), which extends with a waveform that is present exclusively in a circumferential direction, and of an inner channel, which, at its widest point, has a width (b 1) which is at least 1.00 mm greater than the width (b 2) of a portion (7'b) of the outer channel that directly adjoins the inner channel, wherein the widths (b 1, b 2) are in each case determined at the points with the greatest width, and wherein the outer channel is made up in the radial direction of an outer portion (7'a), which is widened in a funnel-like manner at the tread periphery, and of the portion (7'b) adjoining the inner channel, characterized in that, at the tread periphery, the outer portion (7'a) widened in a funnel-like manner has a width (b 3) which corresponds at most to the width (b 1) of the inner channel.
A method for the manufacture of paints and varnishes, in which an intermediate product is stored in a storage tank with a useful volume of 5 to 30 m 3, the intermediate product being mixed in the storage tank by means of a jet stream mixer, wherein mixing is carried out with a subsurface jet stream mixer, wherein the subsurface jet stream mixer is disposed in its entirety in the lower portion of the storage tank, wherein components are added to the intermediate product via an intake associated with the subsurface jet stream mixer, the intake being disposed parallel to and in the vicinity of a shaft of the subsurface jet stream mixer, and wherein the components are released in the immediate vicinity, i.e. at a distance of 5 cm to 30 cm, of the head of the subsurface jet stream mixer.
A washing machine comprising: a synchronous motor unit installed at the bottom of a tub; a drain valve housing installed at the bottom of the tub so as to be spaced from the synchronous motor unit; a link unit disposed between the synchronous motor unit and the drain valve housing, and opening and closing the drain valve housing; a wire unit having one side connected to the synchronous motor unit and the other side connected to the link unit, and moving the link unit according to operation of the synchronous motor unit; a spring member having one side connected to the link unit and the other side connected to the drain valve housing, and providing a restoring force such that the link unit closes the drain valve housing; a clutch lever unit rotatably installed on a clutch base unit, disposed between the link unit and the synchronous motor unit, and rotated in connected with the movement of the link unit caused by the operation of the synchronous motor unit; a cam lever unit connected to the clutch lever unit; a lift lever unit contacted with the cam lever unit; and a coupling unit moved by the lift lever unit and engaged with a rotor unit or clutch body unit, characterized in that wherein during an on mode of the synchronous motor unit, the wire unit is wound around the synchronous motor unit, the link unit is moved toward the synchronous motor unit to open the drain valve housing, and the clutch lever unit is pressurized by the link unit and moved toward the synchronous motor unit. a synchronous motor unit installed at the bottom of a tub; a drain valve housing installed at the bottom of the tub so as to be spaced from the synchronous motor unit; a link unit disposed between the synchronous motor unit and the drain valve housing, and opening and closing the drain valve housing; a wire unit having one side connected to the synchronous motor unit and the other side connected to the link unit, and moving the link unit according to operation of the synchronous motor unit; a spring member having one side connected to the link unit and the other side connected to the drain valve housing, and providing a restoring force such that the link unit closes the drain valve housing; a clutch lever unit rotatably installed on a clutch base unit, disposed between the link unit and the synchronous motor unit, and rotated in connected with the movement of the link unit caused by the operation of the synchronous motor unit; a cam lever unit connected to the clutch lever unit; a lift lever unit contacted with the cam lever unit; and a coupling unit moved by the lift lever unit and engaged with a rotor unit or clutch body unit,
An endoscope shape analysis apparatus comprising: coordinates obtaining means configured to obtain a plurality of coordinate values of an insertion portion; storage means configured to store the obtained plurality of coordinate values; straight line setting means configured to set a first straight line and a second straight line, a position of which is compared with a position of the first straight line, based on the plurality of coordinate values; characterised in that said apparatus further comprises coordinate transformation means configured to transform coordinates of a previous second straight line, based on a relative positional relationship between a previous first straight line stored in the storage means and a current first straight line, to calculate a third straight line; and determination means configured to determine whether there is an error in a position display of the insertion portion from a positional relationship between the current first straight line, the current second straight line, and the third straight line. coordinates obtaining means configured to obtain a plurality of coordinate values of an insertion portion; storage means configured to store the obtained plurality of coordinate values; straight line setting means configured to set a first straight line and a second straight line, a position of which is compared with a position of the first straight line, based on the plurality of coordinate values; characterised in that said apparatus further comprises coordinate transformation means configured to transform coordinates of a previous second straight line, based on a relative positional relationship between a previous first straight line stored in the storage means and a current first straight line, to calculate a third straight line; and determination means configured to determine whether there is an error in a position display of the insertion portion from a positional relationship between the current first straight line, the current second straight line, and the third straight line.
Chelating agent precursor of the chelating agents glutamic acid N,N-diacetic acid (GLDA) and/or methylglycine N,N-diacetic acid (MGDA), wherein at least one of the carboxylic acid groups is present as a carboxylic acid derivative selected from the group of anhydrides, and esters, combinations thereof, and salts thereof, provided that it is not the triethyl ester of GLDA, the triethyl mono-t-butyl ester of GLDA, the tri-t-butyl ester of GLDA, the monobenzyl tri-t-butyl ester of GLDA, any ester that contains azacycloalkane groups, -diethyl 2,2'-(1-benzyloxy)-1,5-dioxo-5-(prop-2-ynylamino)pentan-2-ylazanediyl-diacetate, diethyl 2,2'-(5-(3-azidopropylamino)-1-(benzyloxy)-1,5-dioxo-pentan-2-ylazanediyl-diacetate, the trimethyl ester of MGDA, the monomethyl ester dimethylamide of MGDA, the dibenzyl ester of MGDA, the dibenzyl mono t-butyl ester of MGDA, the di t-butyl ester of MGDA, the di-t-butyl-monobenzyl ester of MGDA, N,N-bis(benzyloxycarbonylmethyl)-N'-methoxycarbonylmethyl-alanine amide, or, N,N-bis(tert-butoxycarbonyl)-N'-methoxycarbonylmethyl-alanine amide, and esters of GLDA immobilized on a gel.