mhurhangee/ep-ind-claims huggingface dataset:
Device (1, 11, 21, 41, 51, 81, 111) for testing at least one sample by optical detection of luminescence, comprising a substrate (80, 110) supporting a site for receiving the sample (3, 13, 23, 43, 53, 63, 73), said site (3, 13, 23, 43, 53, 63, 73) being arranged in such a way that the sample receives a luminescence excitation and emits a luminescence light in an optical guiding plane of the device (1, 12, 22, 42, 52), the optical guiding plane (1, 12, 22, 42, 52) being a plane parallel to the substrate (80, 110) which permits to confine most of the emitted luminescence light, the device (1, 11, 21, 41, 51, 81, 111) further comprising collection means (5, 15, 25, 45, 55, 125; 7, 17, 27, 57, 67, 77, 127, 177, 277) located in a plane parallel to the substrate (80, 110) and optically connected to the optical guiding plane (1, 12, 22, 42, 52) for collecting luminescence light, the device (1, 11, 21, 41, 51, 81, 111) further comprising, in the optical guiding plane (1, 12, 22, 42, 52), means (4, 14, 44, 54, 64, 74) making it possible to send back towards the collection means (5, 15, 25, 45, 55, 125; 7, 27, 57, 67, 77, 127, 177, 277) a part of the luminescence light emitted in the optical guiding plane (1, 12, 22, 42, 52) and not directly collected by the collection means (5, 15, 25, 45, 55, 125; 7, 27, 57, 67, 77, 127, 177, 277), the device (1, 11, 21, 41, 51, 81, 111) further supporting means of detecting luminescence light (6, 26, 46, 56) arranged along a plane perpendicular to said plane parallel to the substrate (80, 110) and at the output of the collection means (5, 15, 25, 45, 55, 125; 7, 17, 27, 57, 67, 77, 127, 177, 277), the means making it possible to send back a part of the luminescence light towards the collection means being chosen among: an elliptic mirror (4, 64, 74), a parabolic mirror, a photonic forbidden band structure and a resonating disc type structure.
An anode for a secondary battery, the anode comprising: an anode collector; an anode active material coated on the anode collector; and an anode tab which protrudes from one side of the anode collector and is not coated with an anode active material, wherein the anode collector comprises copper, wherein the anode comprises a metal member which is laser-welded to the anode tab and has higher reactivity or reducibility with respect to a metal oxide than the anode collector, characterized in that the metal member comprises a single material consisting of aluminum. an anode collector; an anode active material coated on the anode collector; and an anode tab which protrudes from one side of the anode collector and is not coated with an anode active material, wherein the anode collector comprises copper, wherein the anode comprises a metal member which is laser-welded to the anode tab and has higher reactivity or reducibility with respect to a metal oxide than the anode collector, characterized in that the metal member comprises a single material consisting of aluminum.
A piggable inline valve with • a casing with an upper pigging line and a lower pigging line and a connection piece connecting the upper and the lower pigging line (14, 16), wherein the upper pigging line extends along a first casing axis, and the lower pigging line extends along a second casing axis in an angle to the first casing axis, and the first and the second casing axes (A1, A2) are offset from each other on a third casing axis, wherein the upper and the lower pigging line (14, 16) have a fitting at each end for connection to a line and/or a further inline valve, • a slider system connected to the casing, comprising a slider with a piggable passage opening, wherein in a separating position of the slider system, the slider separates the upper and the lower pigging line (14, 16) from each other by closing the connection piece, and in a connecting position of the slider system the slider connects the upper and the lower pigging line (14, 16) by releasing the connection piece, • wherein in the separating position of the slider system, the slider separates the upper and the lower pigging line (14, 16) in a piggable way and without a dead volume in the connection piece, • characterised in that in the connecting position of the slider system, the slider is realised as a stop for a pig guided in the upper pigging line, and for a pig guided in the lower pigging line. • a casing with an upper pigging line and a lower pigging line and a connection piece connecting the upper and the lower pigging line (14, 16), wherein the upper pigging line extends along a first casing axis, and the lower pigging line extends along a second casing axis in an angle to the first casing axis, and the first and the second casing axes (A1, A2) are offset from each other on a third casing axis, wherein the upper and the lower pigging line (14, 16) have a fitting at each end for connection to a line and/or a further inline valve, • a slider system connected to the casing, comprising a slider with a piggable passage opening, wherein in a separating position of the slider system, the slider separates the upper and the lower pigging line (14, 16) from each other by closing the connection piece, and in a connecting position of the slider system the slider connects the upper and the lower pigging line (14, 16) by releasing the connection piece, • wherein in the separating position of the slider system, the slider separates the upper and the lower pigging line (14, 16) in a piggable way and without a dead volume in the connection piece, • characterised in that in the connecting position of the slider system, the slider is realised as a stop for a pig guided in the upper pigging line, and for a pig guided in the lower pigging line.
A method of fabricating a wind turbine blade assembly, including: selecting a plurality of rib panels; forming a plurality of composite support members; curing the support members; setting a predetermined number of mounting posts spaced from one another at predetermined distances in a linear formation; mounting the rib panels to respective posts; mounting a predetermined number of support members to the perimeter edges of respective rib panels to form spar members from a root end of the assembly to a tip end of the assembly and defining joint intersections therein; affixing another predetermined number of support members between respective adjacent ribs to form cross members, the cross members further affixed to the spar members and connecting therebetween adjacent spar members at respective adjacent joint intersections; and fastening a skin assembly to the perimeter edges of the rib panels. selecting a plurality of rib panels; forming a plurality of composite support members; curing the support members; setting a predetermined number of mounting posts spaced from one another at predetermined distances in a linear formation; mounting the rib panels to respective posts; mounting a predetermined number of support members to the perimeter edges of respective rib panels to form spar members from a root end of the assembly to a tip end of the assembly and defining joint intersections therein; affixing another predetermined number of support members between respective adjacent ribs to form cross members, the cross members further affixed to the spar members and connecting therebetween adjacent spar members at respective adjacent joint intersections; and fastening a skin assembly to the perimeter edges of the rib panels.
A thermal transfer sheet comprising: a base material sheet; and transparent transfer layers provided separably on the base material sheet, wherein the transparent transfer layers comprise an intermediate transfer medium comprising a protective layer, and a hologram transfer layer provided on at least a part of the intermediate transfer medium, the hologram transfer layer comprises a hologram layer, the intermediate transfer medium is provided on a part of the base material sheet, and the hologram transfer layer is stacked onto the intermediate transfer medium comprising the protective layer through an adhesive layer. a base material sheet; and transparent transfer layers provided separably on the base material sheet, wherein
A subsystem for orienting articles, the subsystem comprising: a tool assembly comprising: a carriage: a first tool head having: a first article gripper rotationally coupled to the tool head; a second article gripper rotationally coupled to the tool head and mounted adjacent to the first article gripper; a first drive mechanism coupled to the first article gripper; a second drive mechanism coupled to the second article gripper; characterised in that the first tool head has: a sensor (50A, 52A) configured to observe two adjacent articles; a controller in communication with the first and second drive mechanisms and the sensor (52A, 52B), the controller configured to determine the orientation of each of the two adjacent articles and to control the first and second drive mechanisms to rotate each of the two adjacent articles to a predefined orientation. a first tool head having: a first article gripper rotationally coupled to the tool head; a second article gripper rotationally coupled to the tool head and mounted adjacent to the first article gripper; a first drive mechanism coupled to the first article gripper; a second drive mechanism coupled to the second article gripper; a first article gripper rotationally coupled to the tool head; a second article gripper rotationally coupled to the tool head and mounted adjacent to the first article gripper; a first drive mechanism coupled to the first article gripper; a second drive mechanism coupled to the second article gripper; characterised in that the first tool head has: a sensor (50A, 52A) configured to observe two adjacent articles; a controller in communication with the first and second drive mechanisms and the sensor (52A, 52B), the controller configured to determine the orientation of each of the two adjacent articles and to control the first and second drive mechanisms to rotate each of the two adjacent articles to a predefined orientation.
Direct printing machine for applying a print layer on containers in the beverage processing industry, with at least one printing head, which comprises at least two nozzle rows (111, 112) for applying ink drops on a surface of a container, wherein the printing head is aligned such that the nozzle rows enclose an angle larger than 0° with a plane perpendicular to a transport direction of the containers, wherein each printing head (301, 302) is associated with an adjustment device, which is configured to change the relative position of the printing head to the transport plane.
An agrochemical composition comprising a pesticide and a solvent of the formula wherein R 1 and R 2 independently of one another are C 1 -C 4 -alkyl or together are a C 2 -C 6 -alkylene, and R 3 is C 1 -C 8 -alkyl, and wherein the pesticide is soluble in water at 20°C to no more than 10 g/l.
A manufacturing method for a cured product: comprising: a film forming step of applying a resin composition containing a precursor of a cyclization resin onto a base material to form a film; a treatment step of bringing a treatment liquid into contact with the film; and a heating step of heating the film after the treatment step, characterized in that the treatment liquid contains at least one compound selected from the group consisting of a basic compound having an amide group and a base generator having an amide group. a film forming step of applying a resin composition containing a precursor of a cyclization resin onto a base material to form a film; a treatment step of bringing a treatment liquid into contact with the film; and a heating step of heating the film after the treatment step, characterized in that the treatment liquid contains at least one compound selected from the group consisting of a basic compound having an amide group and a base generator having an amide group.
A method for managing events of a computing environment, comprising the steps of: Detecting an event associated with an adapter; responsive to detecting the event, blocking instructions from accessing the adapter; processing the adapter, wherein the processing comprises: determining, by firmware of a processing unit of the computing environment, a type of error of the event being detected; creating, by the firmware, a PCI event based on the type of error of the event, the PCI event comprising one or more error details depending on the type of error; Notifying an operating system of the created PCI event, the operating system being executed by the processing unit; and executing, by the firmware, a Store Event Information command issued by the operating system to obtain information from the created PCI event, the information comprising a function handle identifying the adapter and a PCI event code describing a reason for notification of the event. Detecting an event associated with an adapter; responsive to detecting the event, blocking instructions from accessing the adapter; processing the adapter, wherein the processing comprises: determining, by firmware of a processing unit of the computing environment, a type of error of the event being detected; creating, by the firmware, a PCI event based on the type of error of the event, the PCI event comprising one or more error details depending on the type of error; Notifying an operating system of the created PCI event, the operating system being executed by the processing unit; and executing, by the firmware, a Store Event Information command issued by the operating system to obtain information from the created PCI event, the information comprising a function handle identifying the adapter and a PCI event code describing a reason for notification of the event. determining, by firmware of a processing unit of the computing environment, a type of error of the event being detected; creating, by the firmware, a PCI event based on the type of error of the event, the PCI event comprising one or more error details depending on the type of error; Notifying an operating system of the created PCI event, the operating system being executed by the processing unit; and executing, by the firmware, a Store Event Information command issued by the operating system to obtain information from the created PCI event, the information comprising a function handle identifying the adapter and a PCI event code describing a reason for notification of the event.
An eye tracking kit configured to be easily fastened/unfastened to/from a pair of eye glasses thus creating an eye tracking device, said kit comprising a first component, having a first component frame having a U-shaped portion, being adaptable and compatible with an U-shaped portion of the eye glasses and with the nose bone of a wearer when in use, said first component frame housing at least one left eye camera and one right eye camera, said eye cameras (3, 4) being arranged in U-shaped portion to detect in a plurality of images pupil positions of the user, said kit further comprising a second component having a second component frame housing an hanger, configured to easily and stably fasten the kit to a nose bridge of the eye glasses or to the central portion of the upper frame of the eye glasses, when the first component is firmly fixed to the second component in order to form with it a single unitary structure and the second component is fastened to the eye glasses, said kit further comprising electronical components namely at least a data processing unit, a memory, a data interface, said electronical component configured to connect the kit to a computer device remotely connected or to other devices in general, and to send to said computer device eye movement information of the user wearing the eye glasses to which is fastened the eye tracking kit.
A truck mixer with a vehicle drive train, which includes an internal combustion engine, in particular a Diesel engine, and a drum drive train for driving a mixing drum, wherein the drum drive train comprises at least one electric motor for driving the mixing drum and a generator, wherein the generator feeds the electric motor with electric energy, characterized in that the generator can be driven via a separate engine, wherein between separate engine and generator an articulated shaft is arranged.
A sprayable liquid edible composition comprising an oil component in an amount 0.1 % to 70%, an aqueous component in an amount 25% to 98%, a non-stick component in an amount 0.1 % to 15% and a gum component in an amount 0.01% to 0.05% by weight of the composition.
A process for oligomerizing light olefins to diesel comprising contacting an oligomerization feed comprising C 4 olefins with an oligomerization catalyst comprising a zeolite having a uni-dimensional 10-ring pore structure in an oligomerization reactor and oligomerizing olefins in the oligomerization feed to product oligomers, wherein at least 70 wt% of the product oligomers have nine or more carbons per molecule after a single pass through the oligomerization reactor; wherein the catalyst comprises between 10 and 35 wt% zeolite loaded on a support; wherein the oligomerization reactor is operated to allow the temperature at the outlet to be over 25°C greater than the temperature at the inlet.
A vehicle seat comprising: a seat back, a seat cushion, a hole part formed in the seat back or in the seat cushion; a fixing member, disposed in the hole part, configured to fix a child seat; and a cover part including: a first cover member having a first folded portion folded at a position overlapped with the hole part; and a second cover member having a second folded portion folded at a position overlapped with the hole part, the first folded portion and the second folded portion being overlapped with each other, at a position overlapped with the hole part, to cover the hole part as a whole, wherein: the cover part includes two fixing portions configured to fix the overlapped portion of the first cover member and the second cover member at two locations in a direction along the folded line of the first cover member; a non-folded portion of the first cover member and the first folded portion, in such sections of the overlapped portion as exist between the two fixing portions, are not fixed; and a non-folded portion of the second cover member and the second folded portion, in such sections of the overlapped portion as exist between the two fixing portions, are not fixed. a seat back, a seat cushion, a hole part formed in the seat back or in the seat cushion; a fixing member, disposed in the hole part, configured to fix a child seat; and a cover part including: a first cover member having a first folded portion folded at a position overlapped with the hole part; and a second cover member having a second folded portion folded at a position overlapped with the hole part, the first folded portion and the second folded portion being overlapped with each other, at a position overlapped with the hole part, to cover the hole part as a whole, wherein: the cover part includes two fixing portions configured to fix the overlapped portion of the first cover member and the second cover member at two locations in a direction along the folded line of the first cover member; a non-folded portion of the first cover member and the first folded portion, in such sections of the overlapped portion as exist between the two fixing portions, are not fixed; and a non-folded portion of the second cover member and the second folded portion, in such sections of the overlapped portion as exist between the two fixing portions, are not fixed. the cover part includes two fixing portions configured to fix the overlapped portion of the first cover member and the second cover member at two locations in a direction along the folded line of the first cover member; a non-folded portion of the first cover member and the first folded portion, in such sections of the overlapped portion as exist between the two fixing portions, are not fixed; and a non-folded portion of the second cover member and the second folded portion, in such sections of the overlapped portion as exist between the two fixing portions, are not fixed.
A ventricular ejection device adapted to be delivered percutaneously or surgically into a ventricle of a heart, the ventricular ejection device comprising: an anchoring stent which is adapted to be fitted along a perimeter to a myocardium of the ventricle; and a recoiling part in physical coupling to the anchoring stent, the recoiling part extending from the perimeter of the anchoring stent to a center of the device, and adapted to extend or recoil based on flow of blood into and out of the ventricle. an anchoring stent which is adapted to be fitted along a perimeter to a myocardium of the ventricle; and a recoiling part in physical coupling to the anchoring stent, the recoiling part extending from the perimeter of the anchoring stent to a center of the device, and adapted to extend or recoil based on flow of blood into and out of the ventricle.
Gear motor, comprising a gear mechanism driven via a clutch by an electric motor, wherein the clutch is at least partially enclosed by a protective part, wherein the protective part comprises two cowl parts, characterized in that the cowl parts are connected to each other and each comprise grille openings on their side facing towards the electric motor, wherein each of the cowl parts comprises a grille on its side facing towards the motor and on its side facing towards the gear mechanism, so that an airflow can be guided through the protective part, which airflow, as a cooling airflow, enables cooling of the clutch and is conveyed towards the gear mechanism and is conducted through an intermediate space between an air guiding cowl, which is placed on the housing of the gear mechanism, and the gear mechanism, wherein a fan is arranged inside the protective part in addition to the clutch, wherein the fan is connected in a rotationally fixed manner to the driving shaft of the gear mechanism and is therefore passive, wherein the airflow conveyed by the fan is guided through the grille openings of the protective part at least partially into an intermediate space between the air guiding cowl and the housing of the gear mechanism. wherein the clutch is at least partially enclosed by a protective part, wherein the protective part comprises two cowl parts, characterized in that the cowl parts are connected to each other and each comprise grille openings on their side facing towards the electric motor, wherein each of the cowl parts comprises a grille on its side facing towards the motor and on its side facing towards the gear mechanism, so that an airflow can be guided through the protective part, which airflow, as a cooling airflow, enables cooling of the clutch and is conveyed towards the gear mechanism and is conducted through an intermediate space between an air guiding cowl, which is placed on the housing of the gear mechanism, and the gear mechanism, wherein a fan is arranged inside the protective part in addition to the clutch, wherein the fan is connected in a rotationally fixed manner to the driving shaft of the gear mechanism and is therefore passive, wherein the airflow conveyed by the fan is guided through the grille openings of the protective part at least partially into an intermediate space between the air guiding cowl and the housing of the gear mechanism.