mhurhangee/ep-ind-claims huggingface dataset:
A buried numerical aperture expander, comprising: an exit pupil expander comprising either a micro lens array, or microspheres, or nanospheres, or a diffuser, or a diffraction grating, or combinations thereof; and a reflective layer disposed on said exit pupil expander; said exit pupil expander and said reflective layer being disposed within an envelope; wherein a first portion of light impinging on said exit pupil expander is reflected by said reflective layer and expanded into a larger output numerical aperture; wherein a second portion of light (122, 126) impinging on said exit pupil expander is transmitted without substantial distortion through said buried numerical aperture expander, including through said reflective layer, by virtue of said exit pupil expander and said envelope having the same, or nearly the same, index of refraction; and wherein said exit pupil expander has either a planar shape, or a curved shape that is concave with respect to said first portion of light that is reflected by said reflective layer and expanded into a larger output numerical aperture. an exit pupil expander comprising either a micro lens array, or microspheres, or nanospheres, or a diffuser, or a diffraction grating, or combinations thereof; and a reflective layer disposed on said exit pupil expander; said exit pupil expander and said reflective layer being disposed within an envelope; wherein a first portion of light impinging on said exit pupil expander is reflected by said reflective layer and expanded into a larger output numerical aperture; wherein a second portion of light (122, 126) impinging on said exit pupil expander is transmitted without substantial distortion through said buried numerical aperture expander, including through said reflective layer, by virtue of said exit pupil expander and said envelope having the same, or nearly the same, index of refraction; and wherein said exit pupil expander has either a planar shape, or a curved shape that is concave with respect to said first portion of light that is reflected by said reflective layer and expanded into a larger output numerical aperture.
A gate with counterweight and lowering exchangeable span equipped with: two vertical guiderails permanently connected with a reinforced concrete pit, load bearing beam with rollers, drive system, counterweight system comprising a set of counterweights fixed to the bottom of the load bearing beam with catches, control system, inside the reinforced pit a span being placed that is embedded on the load bearing beam, equipped with sets of rollers that is unweighted by counterweights, a set of crosspieces with pulley bearings attached and where rope-slings that connect the system of counterweights with the load bearing beam as fastened with the catches run through such pulley bearings; the pulley bearings that hold counterweights hanging off a steel cable, being mounted on the crosspiece at the top part of the pit, and wherein the gate is stabilized in the closed position by adequately selected set of counterweights, stabilizing rollers and the drive firmly connected with a vertically mounted worm and all these allow for the total elimination of any guides that protrude above ground level. two vertical guiderails permanently connected with a reinforced concrete pit, load bearing beam with rollers, drive system, counterweight system comprising a set of counterweights fixed to the bottom of the load bearing beam with catches, control system, inside the reinforced pit a span being placed that is embedded on the load bearing beam, equipped with sets of rollers that is unweighted by counterweights, a set of crosspieces with pulley bearings attached and where rope-slings that connect the system of counterweights with the load bearing beam as fastened with the catches run through such pulley bearings; the pulley bearings that hold counterweights hanging off a steel cable, being mounted on the crosspiece at the top part of the pit, and wherein the gate is stabilized in the closed position by adequately selected set of counterweights, stabilizing rollers and the drive firmly connected with a vertically mounted worm and all these allow for the total elimination of any guides that protrude above ground level.
A method for thermal management of a data module comprising a plurality of circuit components and operable in a wireless communication system, the method comprising: determining indirectly an individual temperature of two or more circuit components of the plurality of circuit components by monitoring an operating current of the components with a respective current monitor; determining one or more thermal characteristics of the data module based on the two or more individual temperature determinations; and individually adjusting at least one operating characteristic of one or more target components among the plurality of circuit components based on the one or more determined thermal characteristics; wherein adjusting the at least one operating characteristic of the one or more target components is performed as part of a feedback control loop to maintain the determined thermal characteristics at or below an associated desired threshold wherein the at least one thermal characteristic has an associated threshold margin providing hysteresis to the feedback control loop, the feedback control loop reducing the determined thermal characteristic to lower than the threshold margin below the associated desired threshold by adjusting the at least one operating characteristic when the determined thermal characteristic reaches or exceeds the desired threshold, and wherein the threshold margin is determined based on a determined thermal time constant of the data module associated with achieving thermal equilibrium in response to a change in temperature. determining indirectly an individual temperature of two or more circuit components of the plurality of circuit components by monitoring an operating current of the components with a respective current monitor; determining one or more thermal characteristics of the data module based on the two or more individual temperature determinations; and individually adjusting at least one operating characteristic of one or more target components among the plurality of circuit components based on the one or more determined thermal characteristics; wherein adjusting the at least one operating characteristic of the one or more target components is performed as part of a feedback control loop to maintain the determined thermal characteristics at or below an associated desired threshold wherein the at least one thermal characteristic has an associated threshold margin providing hysteresis to the feedback control loop, the feedback control loop reducing the determined thermal characteristic to lower than the threshold margin below the associated desired threshold by adjusting the at least one operating characteristic when the determined thermal characteristic reaches or exceeds the desired threshold, and wherein the threshold margin is determined based on a determined thermal time constant of the data module associated with achieving thermal equilibrium in response to a change in temperature.
A sheet-fed printing press for numbering and varnishing of security documents, including banknotes, comprising - a sheet-feeder for feeding individual sheets in succession, which sheets carry multiple security imprints; - a numbering group comprising at least one numbering unit (21, 22) for numbering the sheets; - a varnishing group (03; 03*) located downstream of said numbering group for applying varnish onto recto and verso sides of the sheets, the varnishing group (03; 03*) comprising at least a first varnishing unit to apply varnish on the recto side of the sheets and at least a second varnishing unit to apply varnish on the verso side of the sheets; and - a sheet-delivery system for collecting varnished sheets coming from the varnishing group (03; 03*), wherein the varnishing group (03; 03*) comprises at least one transfer cylinder or drum (35; 37) located between the varnishing group (03; 03*) and the sheet-delivery system, which at least one transfer cylinder or drum (35; 37) is designed as chill roller to cool down the varnished sheets. - a sheet-feeder for feeding individual sheets in succession, which sheets carry multiple security imprints; - a numbering group comprising at least one numbering unit (21, 22) for numbering the sheets; - a varnishing group (03; 03*) located downstream of said numbering group for applying varnish onto recto and verso sides of the sheets, the varnishing group (03; 03*) comprising at least a first varnishing unit to apply varnish on the recto side of the sheets and at least a second varnishing unit to apply varnish on the verso side of the sheets; and - a sheet-delivery system for collecting varnished sheets coming from the varnishing group (03; 03*), wherein the varnishing group (03; 03*) comprises at least one transfer cylinder or drum (35; 37) located between the varnishing group (03; 03*) and the sheet-delivery system, which at least one transfer cylinder or drum (35; 37) is designed as chill roller to cool down the varnished sheets.
Method for phosphate recovery from a stream such as waste flow, sewage or another sludge stream, the method comprising the steps of: - providing an incoming stream to an anaerobic treatment system, such as a digester, said stream comprising an initial amount of phosphate, wherein the incoming stream is a waste water flow, sewage, manure or other sludge stream: - dosing and/or controlling iron salt to the stream such that precipitates are formed in the stream, wherein the precipitates comprise vivianite like structures comprising more than 60% of the initial amount of phosphate in the incoming stream; and - separating the vivianite like structures from the stream, wherein separating the vivianite like structures from the stream comprises magnetic separation of the structures with a magnetic and/or electromagnetic separator. - providing an incoming stream to an anaerobic treatment system, such as a digester, said stream comprising an initial amount of phosphate, wherein the incoming stream is a waste water flow, sewage, manure or other sludge stream: - dosing and/or controlling iron salt to the stream such that precipitates are formed in the stream, wherein the precipitates comprise vivianite like structures comprising more than 60% of the initial amount of phosphate in the incoming stream; and - separating the vivianite like structures from the stream, wherein separating the vivianite like structures from the stream comprises magnetic separation of the structures with a magnetic and/or electromagnetic separator. - dosing and/or controlling iron salt to the stream such that precipitates are formed in the stream, wherein the precipitates comprise vivianite like structures comprising more than 60% of the initial amount of phosphate in the incoming stream; and - separating the vivianite like structures from the stream, wherein separating the vivianite like structures from the stream comprises magnetic separation of the structures with a magnetic and/or electromagnetic separator.
A primer pair for detecting Mycobacterium tuberculosis consisting of a primer consisting of an oligonucleotide consisting of a nucleic acid sequence described in SEQ ID NO:2, and a primer consisting of an oligonucleotide consisting of a nucleic acid sequence described in SEQ ID NO:4.
A terminal device comprising: a storage device storing a set of instructions; one or more processors in communication with the storage device, wherein when executing the set of instructions, the one or more processors are configured to cause the terminal device to: determine a location of the terminal device according to a first positioning mode; determine a distance between a vehicle and the terminal device based on the determined location of the terminal device according to the first positioning mode and a short-range wireless signal emitted by the vehicle; determine whether the distance is greater than a first threshold; in response to the determination that the distance is greater than the first threshold, generate a first route between the terminal device and the vehicle; and in response to the determination that the distance is not greater than the first threshold, generate, according to a second positioning mode, a second route between the terminal device and the vehicle, wherein the second positioning mode is different from the first positioning mode. a storage device storing a set of instructions; one or more processors in communication with the storage device, wherein when executing the set of instructions, the one or more processors are configured to cause the terminal device to: determine a location of the terminal device according to a first positioning mode; determine a distance between a vehicle and the terminal device based on the determined location of the terminal device according to the first positioning mode and a short-range wireless signal emitted by the vehicle; determine whether the distance is greater than a first threshold; in response to the determination that the distance is greater than the first threshold, generate a first route between the terminal device and the vehicle; and in response to the determination that the distance is not greater than the first threshold, generate, according to a second positioning mode, a second route between the terminal device and the vehicle, wherein the second positioning mode is different from the first positioning mode. determine a location of the terminal device according to a first positioning mode; determine a distance between a vehicle and the terminal device based on the determined location of the terminal device according to the first positioning mode and a short-range wireless signal emitted by the vehicle; determine whether the distance is greater than a first threshold; in response to the determination that the distance is greater than the first threshold, generate a first route between the terminal device and the vehicle; and in response to the determination that the distance is not greater than the first threshold, generate, according to a second positioning mode, a second route between the terminal device and the vehicle, wherein the second positioning mode is different from the first positioning mode.
A device for selectively eliminating aquatic pupae of insects having sexual dimorphism, characterized in that it comprises: a feeder for feeding pupae in an aquatic environment on; a conveyance system formed by a movable mesh moving at a constant and uniform speed, and a base; a lighting system; one or more cameras (9, 9') connected to an artificial vision system locating the pupae and measuring their size; an eliminator for eliminating pupae from the directable flow; a control system selecting pupae having a size larger or smaller than a threshold for being eliminated; and a removal system for removing the pupae from the conveyance system. a feeder for feeding pupae in an aquatic environment on; a conveyance system formed by a movable mesh moving at a constant and uniform speed, and a base; a lighting system; one or more cameras (9, 9') connected to an artificial vision system locating the pupae and measuring their size; an eliminator for eliminating pupae from the directable flow; a control system selecting pupae having a size larger or smaller than a threshold for being eliminated; and a removal system for removing the pupae from the conveyance system.
An apparatus comprising: a plurality of monitoring devices, wherein at least some of the plurality of monitoring devices include video-type cameras; control circuits coupled to the plurality of monitoring devices; a visual output device coupled to the control circuits; a manually operable selection element coupled to the control circuits; and a data base storing a plurality of events and the plurality of monitoring devices, wherein at least some of the plurality of events are visually presented on the visual output device, wherein the control circuits, responsive to a selected one of the plurality of events, present a first background contextual image and a plurality of foreground images (46a-46d) associated with the first background contextual image, wherein the plurality of foreground images are presented on the visual output device and overlay the first background contextual image as semitransparent, selectable event identifiers each of which includes respective (46a-1) text and a respective selectable icon, (46a-2) wherein the visual output device displays a second background contextual (50,52,54) image in response to selection of a first foreground image of the plurality of foreground images through the manually operable selection element, and wherein each of the first background contextual image and the second background contextual image comprises a respective snapshot image of a respective portion of a monitored region or respective video data from the respective portion of the monitored region. a plurality of monitoring devices, wherein at least some of the plurality of monitoring devices include video-type cameras; control circuits coupled to the plurality of monitoring devices; a visual output device coupled to the control circuits; a manually operable selection element coupled to the control circuits; and a data base storing a plurality of events and the plurality of monitoring devices, wherein at least some of the plurality of events are visually presented on the visual output device, wherein the control circuits, responsive to a selected one of the plurality of events, present a first background contextual image and a plurality of foreground images (46a-46d) associated with the first background contextual image, wherein the plurality of foreground images are presented on the visual output device and overlay the first background contextual image as semitransparent, selectable event identifiers each of which includes respective (46a-1) text and a respective selectable icon, (46a-2) wherein the visual output device displays a second background contextual (50,52,54) image in response to selection of a first foreground image of the plurality of foreground images through the manually operable selection element, and wherein each of the first background contextual image and the second background contextual image comprises a respective snapshot image of a respective portion of a monitored region or respective video data from the respective portion of the monitored region.
A rotary machine comprising: a rotor; a stator configured to cover the rotor so as to define a gap at an outer circumference side of the rotor; a contact type seal configured to have a seal body, which is disposed in the gap so as to protrude radially inward from the stator and is capable of coming into contact with the rotor, and a high-pressure-side plate member disposed along a face facing a high pressure side of the seal body; and a swirl flow inhibitor (80, 180, 280, 380, 480, 580, 680) provided at the high pressure side of the contact type seal in the gap and configured to inhibit a swirl flow of working fluid flowing through the gap in a circumferential direction; characterized in that the swirl flow inhibitor (80, 180, 280, 380, 480, 580, 680) comprises a plurality of deflection plates (180, 280, 380) configured to change a direction of the swirl flow in the stator and being perpendicular to a direction in which the contact type seal extends, and wherein the deflection plate (180, 280, 380) is extended in parallel with an axial direction of the rotor. a rotor; a stator configured to cover the rotor so as to define a gap at an outer circumference side of the rotor; a contact type seal configured to have a seal body, which is disposed in the gap so as to protrude radially inward from the stator and is capable of coming into contact with the rotor, and a high-pressure-side plate member disposed along a face facing a high pressure side of the seal body; and a swirl flow inhibitor (80, 180, 280, 380, 480, 580, 680) provided at the high pressure side of the contact type seal in the gap and configured to inhibit a swirl flow of working fluid flowing through the gap in a circumferential direction; characterized in that the swirl flow inhibitor (80, 180, 280, 380, 480, 580, 680) comprises a plurality of deflection plates (180, 280, 380) configured to change a direction of the swirl flow in the stator and being perpendicular to a direction in which the contact type seal extends, and wherein the deflection plate (180, 280, 380) is extended in parallel with an axial direction of the rotor.
A display stack for an electronic device comprising a plurality of adjoining layers, said layers comprising at least - a display panel, - a cover layer, - a polarizer layer arranged between said display panel and said cover layer, and - a support structure comprising a support plate, said support plate being arranged between said display panel and said polarizer layer, said support plate comprising at least one antenna element, - an adhesive layer fixing said display panel to said support structure; wherein a main surface of said support plate is fixed to a main surface of said display panel by means of said adhesive layer such that there is no gap between said support plate and said display panel. - a display panel, - a cover layer, - a polarizer layer arranged between said display panel and said cover layer, and - a support structure comprising a support plate, said support plate being arranged between said display panel and said polarizer layer, said support plate comprising at least one antenna element, said support plate being arranged between said display panel and said polarizer layer, said support plate comprising at least one antenna element, - an adhesive layer fixing said display panel to said support structure;