mhurhangee/ep-ind-claims huggingface dataset:
A tamper-evident closure for the attachment to a container body, comprising: - a cap portion comprising a top wall and a peripheral wall extending downwardly from the top wall; the cap portion preferably forming a flip-top closure; - an attachment portion preferably aligned with the peripheral wall; - a tamper-proof means arranged and integrally formed between the cap portion and the attachment portion; and - a hinge portion comprising at least one wall section (11; 11a, 11b) which is integrally formed with the peripheral wall and the attachment portion and connects the cap portion and the attachment portion; wherein - each wall section (11; 11a, 11b) of the hinge portion is formed between at least two cut outs (12; 12, 13; 12, 14), wherein each cut-out (12; 12, 13; 12, 14) starts from a gap between the peripheral wall and the attachment portion and extends into the wall of the peripheral wall or the attachment portion; - each wall section (11; 11a, 11b) of the hinge portion does not extend beyond an envelope defined by an outer surface of the peripheral wall and an outer surface of the attachment portion; and - each wall section (11; 11a; 11b) of the hinge portion in a horizontal plane section follows the outer curvature of the peripheral wall of the cap portion, characterized in that each wall section (11; 11a; 11b) of the hinge portion has a substantially constant wall thickness, and in that the substantially constant wall thickness is essentially the same as the wall thickness of the peripheral wall. - a cap portion comprising a top wall and a peripheral wall extending downwardly from the top wall; the cap portion preferably forming a flip-top closure; - an attachment portion preferably aligned with the peripheral wall; - a tamper-proof means arranged and integrally formed between the cap portion and the attachment portion; and - a hinge portion comprising at least one wall section (11; 11a, 11b) which is integrally formed with the peripheral wall and the attachment portion and connects the cap portion and the attachment portion; wherein - each wall section (11; 11a, 11b) of the hinge portion is formed between at least two cut outs (12; 12, 13; 12, 14), wherein each cut-out (12; 12, 13; 12, 14) starts from a gap between the peripheral wall and the attachment portion and extends into the wall of the peripheral wall or the attachment portion; - each wall section (11; 11a, 11b) of the hinge portion does not extend beyond an envelope defined by an outer surface of the peripheral wall and an outer surface of the attachment portion; and - each wall section (11; 11a; 11b) of the hinge portion in a horizontal plane section follows the outer curvature of the peripheral wall of the cap portion,
An air-jet loom, in which weft insertion of a weft yarn through a reed passage is performed by air jet from a main nozzle and a plurality of auxiliary nozzles for weft insertion, the air-jet loom being characterised by a weft yarn position detector, which detects that a leading end of the weft yarn has reached the end of the range of weft insertion; and a weft thread slack detector comprising an optical sensor that detects the extent of slack of the weft yarn in a region of the reed passage between the center of the reed passage and the main nozzle. the air-jet loom being characterised by a weft yarn position detector, which detects that a leading end of the weft yarn has reached the end of the range of weft insertion; and a weft thread slack detector comprising an optical sensor that detects the extent of slack of the weft yarn in a region of the reed passage between the center of the reed passage and the main nozzle.
A vehicle control system comprising: a vehicle having at least one supportive vehicle tire, the vehicle tire having a tire cavity, a ground-engaging tread and a plurality of tire-specific parameters operably affecting at least one control system; a plurality of tire-based sensors mounted to the tire configured for operably sensing tire-specific or tire-derivative information; an adaptive tire model processor configured for operably receiving as inputs the tire-specific or tire-derivative information; wherein the adaptive tire model processor is configured to process the inputs through an adaptive model to substantially continuously generate revisions in real-time to the plurality of tire-specific parameters; and wherein the at least one control system is configured to (i) operably modify at least one control system parameter in response to the revisions to the plurality of tire-specific or tire-derivative parameters; and/or to (ii) operably receive and apply in real-time the revisions to the tire-specific performance parameters in the control of the vehicle. a vehicle having at least one supportive vehicle tire, the vehicle tire having a tire cavity, a ground-engaging tread and a plurality of tire-specific parameters operably affecting at least one control system; a plurality of tire-based sensors mounted to the tire configured for operably sensing tire-specific or tire-derivative information; an adaptive tire model processor configured for operably receiving as inputs the tire-specific or tire-derivative information; wherein the adaptive tire model processor is configured to process the inputs through an adaptive model to substantially continuously generate revisions in real-time to the plurality of tire-specific parameters; and wherein the at least one control system is configured to (i) operably modify at least one control system parameter in response to the revisions to the plurality of tire-specific or tire-derivative parameters; and/or to (ii) operably receive and apply in real-time the revisions to the tire-specific performance parameters in the control of the vehicle.
An organic matter methanisation system, said system comprising a methaniser, a conveying duct, a discharge duct, a first valve mounted in said discharge duct and a detector, said conveying duct being fluidly connected to the methaniser in order to discharge the biogas produced by said methaniser, said discharge duct being fluidly connected to the conveying duct in order to collect the liquid part circulating in the conveying duct and to store it, said detector comprising a float, placed inside the discharge duct and which is capable of floating on the surface of the liquid part collected in said discharge duct, and a sensitive element, mounted upstream of the first valve and which is capable of detecting the float when said float floats flush with said sensitive element in order to allow discharge of at least one fraction of the liquid part stored in the discharge duct, said system being characterised in that it comprises a second valve mounted downstream of the first valve so as to form a storage lock of the fraction of liquid part between the first valve and the second valve, said storage lock being fluidly independent of the conveying duct when the first valve is closed.
A method performed by an operating system for enforcing an integrity policy for a container managed by the operating system, comprising: determining whether a block device signature (114, 322, 522, 722, 922) is associated with a container (110A-110N, 310, 510, 710, 910) that packages an application (318, 518, 718, 918) and dependencies (326, 526, 726, 926) that enable the application to execute, the block device signature also associated with the application and the dependencies as a result of being associated with the container; in response to determining that the block device signature is associated with the container: determining whether the block device signature is valid; in response to determining that the block device signature is valid, monitoring initiation of execution of the application and file access operations performed by the application for compliance with the integrity policy; and in response to determining that the block device signature is invalid, preventing execution of the application; and in response to determining that a block device signature is not associated with the container, preventing execution of the application of the container. determining whether a block device signature (114, 322, 522, 722, 922) is associated with a container (110A-110N, 310, 510, 710, 910) that packages an application (318, 518, 718, 918) and dependencies (326, 526, 726, 926) that enable the application to execute, the block device signature also associated with the application and the dependencies as a result of being associated with the container; in response to determining that the block device signature is associated with the container: determining whether the block device signature is valid; in response to determining that the block device signature is valid, monitoring initiation of execution of the application and file access operations performed by the application for compliance with the integrity policy; and in response to determining that the block device signature is invalid, preventing execution of the application; and determining whether the block device signature is valid; in response to determining that the block device signature is valid, monitoring initiation of execution of the application and file access operations performed by the application for compliance with the integrity policy; and in response to determining that the block device signature is invalid, preventing execution of the application; and in response to determining that a block device signature is not associated with the container, preventing execution of the application of the container.
- A railway train with guiding system for guiding a work equipment on the train, the train comprising at least two successive flat cars each comprising a floor on which the work equipment is able to roll, the work equipment comprising for this purpose mobility means which provide, in use, a minimum length of bearing capacity that is greater than the inter-car distance of the train, the system comprising first guiding means secured to each of the cars and second guiding means adapted to be secured to the work equipment and capable of cooperating with the first guiding means in at least two contact locations spaced apart from each other in the longitudinal direction of the car, the train being characterised in that the first guiding means are formed, for each car, by a single longitudinal guide that is positioned on the longitudinal axis of the floor of the car and extends over the length of the car, two ends of two consecutive guides thus being opposite each other and at a distance from each other referred to as the inter-guide distance, the second guiding means being configured so that said at least two contact locations are spaced apart by a distance greater than said inter-guide distance.
System for determining a prescription for an eye of a person, the system being configured to communicate with a mobile device, comprising: - at least one first light source adapted to illuminate the eye with first light having a first optical wavelength; - at least one second light source adapted to illuminate the eye with second light having a second optical wavelength different from the first wavelength; and - a calculation module comprising a memory and a processor arranged to execute a program instructions stored in the memory to: o measure the photorefraction of the eye at the first wavelength based on at least one picture of the eye recorded when illuminating the eye with first light; o measure the photorefraction of the eye at the second wavelength based on at least one picture of the eye recorded when illuminating the eye with second light; o determine the prescription for the eye based on the measured photorefraction at the first wavelength and the measured photorefraction at the second wavelength. - at least one first light source adapted to illuminate the eye with first light having a first optical wavelength; - at least one second light source adapted to illuminate the eye with second light having a second optical wavelength different from the first wavelength; and - a calculation module comprising a memory and a processor arranged to execute a program instructions stored in the memory to: o measure the photorefraction of the eye at the first wavelength based on at least one picture of the eye recorded when illuminating the eye with first light; o measure the photorefraction of the eye at the second wavelength based on at least one picture of the eye recorded when illuminating the eye with second light; o determine the prescription for the eye based on the measured photorefraction at the first wavelength and the measured photorefraction at the second wavelength. o measure the photorefraction of the eye at the first wavelength based on at least one picture of the eye recorded when illuminating the eye with first light; o measure the photorefraction of the eye at the second wavelength based on at least one picture of the eye recorded when illuminating the eye with second light; o determine the prescription for the eye based on the measured photorefraction at the first wavelength and the measured photorefraction at the second wavelength.
Device for the mask projection of femtosecond or picosecond laser beams onto a substrate surface, comprising a femtosecond or a picosecond laser source producing a laser beam, the device is so configured that: the laser beam consisting of laser beam pulses is, at a location of the optical axis, formed to make laser beam pulses with an expanded laser beam cross section or laser beam pulses with a reduced laser beam cross section and said laser beam has a homogeneous intensity distribution over the laser beam cross section a stop with a predetermined stop aperture geometry and a mask with a predetermined mask aperture geometry are positioned in succession in the beam path at the location, and the device furthermore contains a field lens system and an imaging lens, which are positioned in such a way that the non-diffracted and diffracted beam components of the laser beam pulses transmitted by the stop and the mask are directed into the imaging lens with a predetermined aperture with the aid of the field lens system in such a way that a reduced image, accurate in every detail and having a predetermined imaging ratio, of the intensity profile generated by the stop and the mask is generated over the laser beam cross section of the laser beam pulses in the imaging plane, and the device is characterized in that, in a beam guiding variant 1, an added lens system, the field lens system and the imaging lens are positioned relative to one another in such a way that a focus 1 is generated between the imaging lens and the substrate surface and in that, in a beam guiding variant 2, the added lens system, the field lens system and the imaging lens are positioned relative to one another in such a way that a focus 2 is generated between the field lens system and the imaging lens, in that at least one vacuum cuvette, which surrounds the region of the focus 1 or of the focus 2 depending on the variant, and further configured such that it has a vacuum as required for avoiding a plasma in the region of the focus, is present. the laser beam consisting of laser beam pulses is, at a location of the optical axis, formed to make laser beam pulses with an expanded laser beam cross section or laser beam pulses with a reduced laser beam cross section and said laser beam has a homogeneous intensity distribution over the laser beam cross section a stop with a predetermined stop aperture geometry and a mask with a predetermined mask aperture geometry are positioned in succession in the beam path at the location, and the device furthermore contains a field lens system and an imaging lens, which are positioned in such a way that the non-diffracted and diffracted beam components of the laser beam pulses transmitted by the stop and the mask are directed into the imaging lens with a predetermined aperture with the aid of the field lens system in such a way that a reduced image, accurate in every detail and having a predetermined imaging ratio, of the intensity profile generated by the stop and the mask is generated over the laser beam cross section of the laser beam pulses in the imaging plane,
A process for preparing an electronic device comprising: independently applying the precursor dielectric composition, and an organic semiconductor composition to a substrate to form an applied precursor dielectric composition and an applied organic semiconductor composition, respectively, and subjecting the applied precursor dielectric composition to curing conditions to form a gate dielectric layer comprising a photochemically cured or thermally cured product of a photocurable or thermally curable thiosulfate-containing polymer, which gate dielectric layer is in physical contact with the applied organic semiconductor composition, wherein the precursor dielectric composition comprises: a photocurable or thermally curable thiosulfate-containing polymer that has a T g of at least 50°C and comprises: an organic polymer backbone comprising (a) recurring units comprising pendant thiosulfate groups; and charge balancing cations, optionally, an electron-accepting photosensitizer component, and one or more organic solvents in which the photocurable or thermally curable thiosulfate-containing polymer is dissolved or dispersed. independently applying the precursor dielectric composition, and an organic semiconductor composition to a substrate to form an applied precursor dielectric composition and an applied organic semiconductor composition, respectively, and subjecting the applied precursor dielectric composition to curing conditions to form a gate dielectric layer comprising a photochemically cured or thermally cured product of a photocurable or thermally curable thiosulfate-containing polymer, which gate dielectric layer is in physical contact with the applied organic semiconductor composition, a photocurable or thermally curable thiosulfate-containing polymer that has a T g of at least 50°C and comprises: an organic polymer backbone comprising (a) recurring units comprising pendant thiosulfate groups; and charge balancing cations, optionally, an electron-accepting photosensitizer component, and one or more organic solvents in which the photocurable or thermally curable thiosulfate-containing polymer is dissolved or dispersed.
A collimator comprising a prismatic layer stack, with the prismatic layer stack comprising: - a first prismatic layer comprising 1D arranged first prisms, with first prism tops having first prism top angles (α1), and first grooves, having first groove angles (β1); and - a second prismatic layer comprising 1D arranged second prisms, with second prism tops having second prism top angles (α2), and second grooves, having second groove angles (β2); - the first prismatic layer and the second prismatic layer are in a crossed configuration, the first and second prism tops (16,26) of the first and the second prismatic layers (10,20) point in the same direction, and characterised in that the first and second prism top angles (α1, α2) and the first and second groove angles (β1, β2) are selected from the range of 120-160°, wherein at least one of the first and second grooves are truncated. - a first prismatic layer comprising 1D arranged first prisms, with first prism tops having first prism top angles (α1), and first grooves, having first groove angles (β1); and - a second prismatic layer comprising 1D arranged second prisms, with second prism tops having second prism top angles (α2), and second grooves, having second groove angles (β2); - the first prismatic layer and the second prismatic layer are in a crossed configuration, the first and second prism tops (16,26) of the first and the second prismatic layers (10,20) point in the same direction, and characterised in that the first and second prism top angles (α1, α2) and the first and second groove angles (β1, β2) are selected from the range of 120-160°,
A jig for fitting a printing screen to or removing a printing screen from a frame unit comprising at least one engagement element for engaging the printing screen in tensioning the same and at least one biasing element for applying a biasing force to the at least one engagement element to bias the at least one engagement element in a tensioning sense to tension the printing screen, the jig comprising: at least one engagement member for engaging the at least one engagement element; a supporting member which supports the at least one engagement member; and at least one clamp for clamping the frame unit to the jig; wherein, when the frame unit is clamped to the jig by the at least one clamp, the at least one engagement member moves the at least one engagement element against the biasing force of the at least one biasing element to adopt a configuration in which the printing screen can be fitted to or removed from the frame unit. at least one engagement member for engaging the at least one engagement element; a supporting member which supports the at least one engagement member; and at least one clamp for clamping the frame unit to the jig; wherein, when the frame unit is clamped to the jig by the at least one clamp, the at least one engagement member moves the at least one engagement element against the biasing force of the at least one biasing element to adopt a configuration in which the printing screen can be fitted to or removed from the frame unit.