mhurhangee/ep-ind-claims huggingface dataset:
A gate with a gate leaf movable along a path predefined by a guide rail arrangement between a closed position, in which it is arranged approximately on a vertical plane, and an open position, in which it is arranged overhead approximately on a horizontal plane, said gate leaf having a plurality of gate leaf members arranged one behind the other in the direction of the gate leaf movement and connected to each other in an articulated manner relative to axes of articulation running perpendicular to the predefined path, wherein the guide rail arrangement has two guide rails arranged in the area of the lateral edges of the gate leaf running parallel to the predefined path, each of which has: a first section running approximately parallel to a lateral edge of the gate leaf in the closed position approximately in the direction of gravity and substantially approximately rectilinearly; a second section running approximately parallel to a lateral edge of the gate leaf in the open position substantially rectilinearly and approximately in a horizontal direction; and an arched section joining the rectilinear sections to each other, wherein a pretensioning device, which forces the gate leaf in the open position towards the closed position and which is fixed, with the help of a fixing device, relative to the second rectilinear section, is attached in the area of the end of the second rectilinear section facing away from the arched section, characterised in that the fixing device comprises a plug connection arrangement and in particular has a fixing tab which can be inserted into a corresponding recess.
A method of determining a concentration of an analyte in a sample by in situ serial dilution, the method comprising: providing an immunodiagnostic test card, the test card comprising a substantially flat support that supports a plurality of vertically disposed microtubes, each microtube having an incubation chamber for receiving the sample and a reaction chamber comprising a separation matrix, the incubation chamber and the reaction chamber being separated by an air gap; adding a diluent to at least one of the incubation chambers; serially diluting the sample directly into each of the incubation chambers having diluent therein; adding a reagent to each of the incubation chambers having diluent and/or sample therein, wherein the reagent is capable of complexing with the analyte to form a reagent-analyte complex; exposing the mixture of sample and reagent to sedimentation by gravitation and/or centrifugation; and determining the concentration of the analyte by determining a highest dilution of the sample at which a reagent-analyte complex is detected on or within the separation matrix. providing an immunodiagnostic test card, the test card comprising a substantially flat support that supports a plurality of vertically disposed microtubes, each microtube having an incubation chamber for receiving the sample and a reaction chamber comprising a separation matrix, the incubation chamber and the reaction chamber being separated by an air gap; adding a diluent to at least one of the incubation chambers; serially diluting the sample directly into each of the incubation chambers having diluent therein; adding a reagent to each of the incubation chambers having diluent and/or sample therein, wherein the reagent is capable of complexing with the analyte to form a reagent-analyte complex; exposing the mixture of sample and reagent to sedimentation by gravitation and/or centrifugation; and determining the concentration of the analyte by determining a highest dilution of the sample at which a reagent-analyte complex is detected on or within the separation matrix.
A reciprocating saw for machining a workpiece, in particular made of a mineral or metal material, containing - a drive; and - a reciprocating rod having a first reciprocating rod end, a second reciprocating rod end and a drive point; characterized in that a first articulated rod having a pivot point and a connection point, and a second articulated rod having a first pivot point and a second pivot point are provided, the pivot point of the first articulated rod being rotatably connectable to the drive point of the reciprocating rod, the connection point of the first articulated rod being connectable to the drive for conjoint rotation therewith by means of a connecting device, and it being possible to position the drive at least partially in a drive housing. - a drive; and - a reciprocating rod having a first reciprocating rod end, a second reciprocating rod end and a drive point;
An envelope for housing a medical device comprising: a body including first and second panels (106, 108) connected to one another along a first edge thereof to define an interior space sized and shaped to house a medical device sealed within a packet; a first opening arrangement including a perforation extending about the body along the first panel to define a break portion breakable from a remaining portion of the body to open the envelope; and a second opening arrangement including a tab extending from a portion of the body such that pulling the tab in a direction away from the body opens the envelope, characterized in that the tab is defined by a cut extending along the first and second panels (106, 108) and over a portion of the edge such that the tab is connected to the first panel, wherein pulling the tab tears a portion of the perforation extending along the first panel to open the envelope. a body including first and second panels (106, 108) connected to one another along a first edge thereof to define an interior space sized and shaped to house a medical device sealed within a packet; a first opening arrangement including a perforation extending about the body along the first panel to define a break portion breakable from a remaining portion of the body to open the envelope; and a second opening arrangement including a tab extending from a portion of the body such that pulling the tab in a direction away from the body opens the envelope,
Method for obtaining three-dimensional structures for tissue engineering comprising: a) mixing a source of albumin and a cross-linking agent and introducing the mixture in a mold with the shape of the structure which is to be obtained b) slowly and progressively freezing the solid structure obtained in a) c) lyophilizing the structure of b) d) progressive rehydrating the structure of c) by means of successive immersion in alcohols of decreasing strength. a) mixing a source of albumin and a cross-linking agent and introducing the mixture in a mold with the shape of the structure which is to be obtained b) slowly and progressively freezing the solid structure obtained in a) c) lyophilizing the structure of b) d) progressive rehydrating the structure of c) by means of successive immersion in alcohols of decreasing strength.
A cooling air guiding apparatus of a hoisting machine having a rope carrier (2a, 2b, 15) that is mounted on an axle and has side plates supplied with ventilation openings, and having an electrical device arranged within the rope carrier (2a, 2b, 15), characterized in that at least one of the side plates is supplied with a first air duct covering the ventilation openings and a second, static air duct is provided that communicates with the first air duct for exchanging air, wherein the first air duct is movable relative to the second air duct.
A generator comprising an active cooling loop and a passive cooling loop that are isolated from each other and both are in communication with external environment; wherein the active cooling loop comprises cavities (11a, 11b) that are in communication with each other and located at two respective ends of the generator in an axial direction, an air gap between a rotor and a stator of the generator, and radial channels arranged at intervals and distributed along the axial direction of the stator, a cooling device in communication with the external environment is disposed in the active cooling loop; the passive cooling loop comprises an axial channel extending through the stator in the axial direction and an outer surface of the generator; the stator comprises a plurality of core assemblies arranged at intervals in the axial direction, the radial channels are formed between each adjacent two of the core assemblies; and the axial channel comprises a stator axial channel that extends through the core assemblies in the axial direction, each core assembly comprises a yoke portion and a tooth portion integrally formed with the yoke portion, the tooth portion is provided with a plurality of tooth slots arranged at intervals in a circumferential direction of the core assembly, the yoke portion is provided with through holes corresponding to the tooth slots, sleeves communicating with the through holes are disposed between adjacent core assemblies, and the through holes and the sleeves form the stator axial channel. wherein the active cooling loop comprises cavities (11a, 11b) that are in communication with each other and located at two respective ends of the generator in an axial direction, an air gap between a rotor and a stator of the generator, and radial channels arranged at intervals and distributed along the axial direction of the stator, a cooling device in communication with the external environment is disposed in the active cooling loop; the passive cooling loop comprises an axial channel extending through the stator in the axial direction and an outer surface of the generator; the stator comprises a plurality of core assemblies arranged at intervals in the axial direction, the radial channels are formed between each adjacent two of the core assemblies; and the axial channel comprises a stator axial channel that extends through the core assemblies in the axial direction, each core assembly comprises a yoke portion and a tooth portion integrally formed with the yoke portion, the tooth portion is provided with a plurality of tooth slots arranged at intervals in a circumferential direction of the core assembly, the yoke portion is provided with through holes corresponding to the tooth slots, sleeves communicating with the through holes are disposed between adjacent core assemblies, and the through holes and the sleeves form the stator axial channel.
An electromotive furniture drive for a reclining- or seating furniture, comprising a guideway and an output unit which moves along the guideway and which at least partly surrounds said guideway, wherein - the guideway comprises a guide profile and a gear rack, - the output unit comprises a drive motor with a speed-reducing mechanism and an output gear which is in engagement with the gear rack of the guideway, - the output unit is provided with fastening means for connection with a furniture part or a part of a furniture fitting on at least one side; - fastening flanges are arranged at both ends of the guide profile as fastening means, and wherein - the gear rack is integrally formed with the guide profile, characterized in that the guide profile is provided with a rib structure for the purpose of increasing stability, and that the guideway is made of plastic in an injection-moulding process. - the guideway comprises a guide profile and a gear rack, - the output unit comprises a drive motor with a speed-reducing mechanism and an output gear which is in engagement with the gear rack of the guideway, - the output unit is provided with fastening means for connection with a furniture part or a part of a furniture fitting on at least one side; - fastening flanges are arranged at both ends of the guide profile as fastening means, and wherein - the gear rack is integrally formed with the guide profile,
A process for the production of a composite frozen product using the filling means of claim 8 comprising the steps of: a) Providing an edible cone; b) Coating the internal surface of the cone with a fat-based coating; c) Filling the cone with a frozen confection; and then d) Adding a further portion of a frozen confection onto the frozen confection in the filled cone characterised in that step c) is carried out using the filling means wherein piston 2 is seated within the tubular housing 1 thereby covering the vertical slits 7 and in that step d) is carried out using the filling means wherein the piston 2 is raised within the tubular housing 1 thereby uncovering vertical slits 7. a) Providing an edible cone; b) Coating the internal surface of the cone with a fat-based coating; c) Filling the cone with a frozen confection; and then d) Adding a further portion of a frozen confection onto the frozen confection in the filled cone
A piston assembly for arranging in a cylinder having an inner cylinder wall, comprising: a piston configured to be reciprocatingly arranged within the cylinder; a connecting rod; a piston pin connecting the connecting rod and the piston, the piston pin being integrally formed with: a first emergency guiding outer wall for facing the inner cylinder wall, and a second emergency guiding outer wall for facing the inner cylinder wall, the second emergency guiding wall being arranged on an opposite side of the piston pin with respect to the first emergency guiding outer wall; a first circlip; and a second circlip; wherein the first circlip and the second circlip are arranged to axially fix the piston pin in the piston, the piston pin is dimensioned to contact the inner cylinder wall with the first emergency guiding outer wall and the second emergency guiding outer wall only in case of a demolition of the piston, the first emergency guiding outer wall and/or the second emergency guiding outer wall has a curved shape adapted to a shape of the inner cylinder wall, and the first emergency guiding outer wall and/or the second emergency guiding outer wall is at least partially shaped as any one of a spherical cap, a spherical segment, or a cylindrical surface segment. a piston configured to be reciprocatingly arranged within the cylinder; a connecting rod; a piston pin connecting the connecting rod and the piston, the piston pin being integrally formed with: a first emergency guiding outer wall for facing the inner cylinder wall, and a second emergency guiding outer wall for facing the inner cylinder wall, the second emergency guiding wall being arranged on an opposite side of the piston pin with respect to the first emergency guiding outer wall; a first emergency guiding outer wall for facing the inner cylinder wall, and a second emergency guiding outer wall for facing the inner cylinder wall, the second emergency guiding wall being arranged on an opposite side of the piston pin with respect to the first emergency guiding outer wall; a first circlip; and a second circlip; wherein the first circlip and the second circlip are arranged to axially fix the piston pin in the piston, the piston pin is dimensioned to contact the inner cylinder wall with the first emergency guiding outer wall and the second emergency guiding outer wall only in case of a demolition of the piston, the first emergency guiding outer wall and/or the second emergency guiding outer wall has a curved shape adapted to a shape of the inner cylinder wall, and the first emergency guiding outer wall and/or the second emergency guiding outer wall is at least partially shaped as any one of a spherical cap, a spherical segment, or a cylindrical surface segment.
A lens substrate comprising: a through-hole; a lens resin portion formed at an inner side of the through-hole; an air groove formed in a surface of the lens substrate, wherein the air groove is configured to direct air away from the through-hole during a manufacturing process; a second lens substrate bonded to the lens substrate, the second lens substrate including a second through-hole; and a second lens resin portion formed at an inner side of the second through-hole, wherein the air groove is configured to direct air accumulated between the lens resin portion of the through-hole and the second lens resin portion of the second through-hole away from the through-hole and the second through-hole when the substrate and the second substrate are bonded together, and wherein a distance between a bottom surface of the air groove and a surface of the second lens substrate is less than a distance between a surface of the lens resin portion and the surface of the second lens substrate so that resin does not enter the air groove when the lens resin portion is formed. a through-hole; a lens resin portion formed at an inner side of the through-hole; an air groove formed in a surface of the lens substrate, wherein the air groove is configured to direct air away from the through-hole during a manufacturing process; a second lens substrate bonded to the lens substrate, the second lens substrate including a second through-hole; and a second lens resin portion formed at an inner side of the second through-hole, wherein the air groove is configured to direct air accumulated between the lens resin portion of the through-hole and the second lens resin portion of the second through-hole away from the through-hole and the second through-hole when the substrate and the second substrate are bonded together, and wherein a distance between a bottom surface of the air groove and a surface of the second lens substrate is less than a distance between a surface of the lens resin portion and the surface of the second lens substrate so that resin does not enter the air groove when the lens resin portion is formed.
A system for handling tubular body sections at a drilling site comprising: a drill platform having a derrick extending upwards therefrom, the drill platform and derrick defining a drill area; a first hoist connected to an upper part of the derrick for passing a tubular body through a drilling opening defined in the drill platform; at least one storage area (26, 27) being arranged within the drill area for storing a plurality of tubular lengths, each of the tubular lengths comprising at least two releasably interconnected tubular body sections; at least one preparation opening extending through the drill platform at a location spaced from the drilling opening and from the at least one storage area (26, 27); a first pipehandling device for transporting tubular bodies and tubular lengths from outside the drill area to the at least one preparation opening and a tubular transfer point; and a second pipehandling device for transporting tubular lengths between the at least one storage area (26, 27), the tubular transfer point, and the first hoist; characterised by a torquing tool for rotatably interconnecting tubular bodies at the at least one preparation opening to form tubular lengths; and the first and second pipehandling devices (22, 29) being disposed to allow the direct transfer of tubular lengths therebetween at the tubular transfer point. a drill platform having a derrick extending upwards therefrom, the drill platform and derrick defining a drill area; a first hoist connected to an upper part of the derrick for passing a tubular body through a drilling opening defined in the drill platform; at least one storage area (26, 27) being arranged within the drill area for storing a plurality of tubular lengths, each of the tubular lengths comprising at least two releasably interconnected tubular body sections; at least one preparation opening extending through the drill platform at a location spaced from the drilling opening and from the at least one storage area (26, 27); a first pipehandling device for transporting tubular bodies and tubular lengths from outside the drill area to the at least one preparation opening and a tubular transfer point; and a second pipehandling device for transporting tubular lengths between the at least one storage area (26, 27), the tubular transfer point, and the first hoist; characterised by a torquing tool for rotatably interconnecting tubular bodies at the at least one preparation opening to form tubular lengths; and the first and second pipehandling devices (22, 29) being disposed to allow the direct transfer of tubular lengths therebetween at the tubular transfer point.
A rotor blade, comprising: a platform; an airfoil that extends from said platform; a first cooling core that extends at least partially inside said airfoil; a second cooling core inside of said platform; and a first cooling hole that extends between a mate face of said platform and said second cooling core; a second cooling hole that extends between a gas path surface of said platform and said second cooling core; wherein the second cooling core is radially disposed between the gas path surface and a non-gas path surface and circumferentially disposed between the first cooling core and the mate face; characterised in that said second cooling core is fed with a cooling fluid from a pocket located radially inboard from said platform and exterior to said rotor blade. a platform; an airfoil that extends from said platform; a first cooling core that extends at least partially inside said airfoil; a second cooling core inside of said platform; and a first cooling hole that extends between a mate face of said platform and said second cooling core; a second cooling hole that extends between a gas path surface of said platform and said second cooling core; wherein the second cooling core is radially disposed between the gas path surface and a non-gas path surface and circumferentially disposed between the first cooling core and the mate face; characterised in that said second cooling core is fed with a cooling fluid from a pocket located radially inboard from said platform and exterior to said rotor blade.
A process for preparing a polycarbonate by reacting one or more diaryl carbonates with one or more aromatic hydroxy compounds, wherein in the process a catalyst combination is employed which comprises: - a first component comprising one or more quaternary nitrogen compounds, - a second component comprising one or more quaternary phosphorus compounds, - a third component comprising one or more alkali metal compounds and - a fourth component comprising one or more sulphur-containing organic compounds, the method comprising at least the following steps: a) transesterification of one or more diaryl carbonates with one or more aromatic hydroxy compounds in at least one transesterification reactor, b) pre-polycondensation of the reaction product of the transesterification in at least one pre-polycondensation reactor, c) polycondensation of the reaction product of the pre-polycondensation in at least one polycondensation reactor, characterized in that the first component is added before or during transesterification (step a)), components 2 and 3 are added after step a) and before or during pre-polycondensation (step b)) and the fourth component is added after step b) and before or during polycondensation (step c)). - a first component comprising one or more quaternary nitrogen compounds, - a second component comprising one or more quaternary phosphorus compounds, - a third component comprising one or more alkali metal compounds and - a fourth component comprising one or more sulphur-containing organic compounds, a) transesterification of one or more diaryl carbonates with one or more aromatic hydroxy compounds in at least one transesterification reactor, b) pre-polycondensation of the reaction product of the transesterification in at least one pre-polycondensation reactor, c) polycondensation of the reaction product of the pre-polycondensation in at least one polycondensation reactor,
A capsule for use in a brewing device, the capsule comprising: • a body part, which defines a cavity and which has a flange, • a lid which is attached to the flange, and • tea material enclosed within the capsule, characterized in that the shape of the flange is defined by two intersecting circular arcs. • a body part, which defines a cavity and which has a flange, • a lid which is attached to the flange, and • tea material enclosed within the capsule,