mhurhangee/ep-ind-claims huggingface dataset:
Head-up display system comprising an imaging unit for generating an image and a reflection surface, wherein the reflection surface is provided for reflecting at least a part of the image, wherein the reflection surface comprises a transparent pane that has a transparent substrate and at least one electrically conductive coating with at least one functional layer on at least one surface of the transparent substrate, characterized in that the electrically conductive coating has at least four functional layers (3.1, 3.2, 3.3, 3.4) arranged one atop another, wherein each functional layer comprises at least • a layer of optically highly refractive material with a refractive index ≥ 1.3, wherein the layer of optically highly refractive material has at least silicon nitride, • above the layer of optically highly refractive material, a first matching layer, • above the first matching layer, an electrically conductive layer, wherein at least one functional layer, preferably each functional layer, has a blocking layer adjacent the electrically conductive layer, and the blocking layer contains at least nickel, chromium, or alloys thereof, • above the electrically conductive layer, a second matching layer and at least one of the layers of optically highly refractive material arranged between two electrically conductive layers comprises • a layer of a dielectric material with a refractive index less than or equal to 2.1 that is made of silicon nitride, and • a layer of a of optically highly refractive material with a refractive index greater than or equal to 2.1. • a layer of optically highly refractive material with a refractive index ≥ 1.3, wherein the layer of optically highly refractive material has at least silicon nitride, • above the layer of optically highly refractive material, a first matching layer, • above the first matching layer, an electrically conductive layer, wherein at least one functional layer, preferably each functional layer, has a blocking layer adjacent the electrically conductive layer, and the blocking layer contains at least nickel, chromium, or alloys thereof, • above the electrically conductive layer, a second matching layer and at least one of the layers of optically highly refractive material arranged between two electrically conductive layers comprises • a layer of a dielectric material with a refractive index less than or equal to 2.1 that is made of silicon nitride, and • a layer of a of optically highly refractive material with a refractive index greater than or equal to 2.1.
An attachment structure for securing a robot arm to a support structure, the attachment structure comprising: a mount for mounting to the support structure; and a carrier for connecting to the base of the robot arm, the carrier comprising: a carrier rotational alignment feature (300a, 300b, 300c) for engaging a complementary robot arm base rotational alignment feature, (400a, 400b, 400c), a carrier axial alignment feature (512, 514) for engaging a complementary robot arm base axial alignment feature, (506, 508), and a locking mechanism moveable, once the robot arm base and the carrier are engaged, between an unlocked position which does not constrain the location of the robot arm base along an axis of the carrier, and a locked position which does constrain the location of the robot arm base along the said axis of the carrier relative to the carrier, wherein the locking mechanism is independent of the carrier rotational alignment feature and the carrier axial alignment feature such that the locking mechanism is not actuated during engagement of the carrier and the robot arm base; wherein the locking mechanism is compressible between a compressed state in the unlocked position such that no force is applied to the robot arm base by the locking mechanism, and an uncompressed state in the locked position such that force compressing the robot arm base and carrier together is applied to the robot arm base by the locking mechanism. a mount for mounting to the support structure; and a carrier for connecting to the base of the robot arm, the carrier comprising: a carrier rotational alignment feature (300a, 300b, 300c) for engaging a complementary robot arm base rotational alignment feature, (400a, 400b, 400c), a carrier axial alignment feature (512, 514) for engaging a complementary robot arm base axial alignment feature, (506, 508), and a locking mechanism moveable, once the robot arm base and the a carrier rotational alignment feature (300a, 300b, 300c) for engaging a complementary robot arm base rotational alignment feature, (400a, 400b, 400c), a carrier axial alignment feature (512, 514) for engaging a complementary robot arm base axial alignment feature, (506, 508), and a locking mechanism moveable, once the robot arm base and the carrier are engaged, between an unlocked position which does not constrain the location of the robot arm base along an axis of the carrier, and a locked position which does constrain the location of the robot arm base along the said axis of the carrier relative to the carrier, wherein the locking mechanism is independent of the carrier rotational alignment feature and the carrier axial alignment feature such that the locking mechanism is not actuated during engagement of the carrier and the robot arm base;
A stretch function-added loading sheet, comprising one sheet body, and any number of forced crimping units, the forced crimping unit including two pinching block plates and one pinching jig, wherein: the two pinching block plates are fixed on one surface of the sheet body on both sides of a folding centerline on the sheet body, the pinching jig is fixed to the two pinching block plates so as to sandwich the two pinching block plates in a state where the sheet body is folded along the folding centerline in such a manner that the two pinching block plates overlap each other with the sheet body interposed therebetween, and the stretch function-added loading sheet has a stretch function in which the sheet body extends as the pinching jig opens by means of an opening/closing mechanism that the pinching jig has, which is caused by an application of a tensile force in a direction perpendicular to the folding centerline to the sheet body, while the sheet body contracts as the pinching jig closes by means of the opening/closing mechanism that the pinching jig has when the tensile force is reduced. any number of forced crimping units, the forced crimping unit including two pinching block plates and one pinching jig, wherein: the two pinching block plates are fixed on one surface of the sheet body on both sides of a folding centerline on the sheet body, the pinching jig is fixed to the two pinching block plates so as to sandwich the two pinching block plates in a state where the sheet body is folded along the folding centerline in such a manner that the two pinching block plates overlap each other with the sheet body interposed therebetween, and the stretch function-added loading sheet has a stretch function in which the sheet body extends as the pinching jig opens by means of an opening/closing mechanism that the pinching jig has, which is caused by an application of a tensile force in a direction perpendicular to the folding centerline to the sheet body, while the sheet body contracts as the pinching jig closes by means of the opening/closing mechanism that the pinching jig has when the tensile force is reduced. the two pinching block plates are fixed on one surface of the sheet body on both sides of a folding centerline on the sheet body, the pinching jig is fixed to the two pinching block plates so as to sandwich the two pinching block plates in a state where the sheet body is folded along the folding centerline in such a manner that the two pinching block plates overlap each other with the sheet body interposed therebetween, and the stretch function-added loading sheet has a stretch function in which the sheet body extends as the pinching jig opens by means of an opening/closing mechanism that the pinching jig has, which is caused by an application of a tensile force in a direction perpendicular to the folding centerline to the sheet body, while the sheet body contracts as the pinching jig closes by means of the opening/closing mechanism that the pinching jig has when the tensile force is reduced.
An insertion device for supplying material to be melted composed of broken glass and/or glass batch to a melting furnace, comprising a frame and a heat shield and a material receiving device that is firmly arranged on the frame and a vibration conveying device comprising a vibration conveying element that is movably mounted on the frame and penetrates the heat shield and by means of which the material to be melted can be conveyed from the material receiving device into the melting furnace, and comprising an advancing device that penetrates the heat shield and by means of which the material to be melted can be advanced in the melting furnace, characterised in that the vibration conveying element is tube-shaped and has a closed shell with the exception of a discharge opening at the end facing toward the melting furnace and a receiving opening below the material receiving device.
Method for the continuous casting of metal strands, in particular of rolling ingots made of aluminium or an aluminium alloy, in which - the liquid metal is simultaneously cast via a plurality of moulds (1,10,20,30) into a plurality of metal strands, - the moulds (1,10,20,30) each have a narrow side (12,22,32) and a broad side (11,21,31), wherein all moulds (1,10,20,30) have a uniform length of the narrow side (11,21,31), so that the metal strands have equal thicknesses after casting, - at least one of the moulds (1,10,20,30) used has a broad side (12,22,32), whose length differs from the length of the broad side (12,22,32) of the other simultaneously used moulds (1,10,20,30), - for each mould (1,10,20,30) used, a sprue stone (5,51,52,53) is provided, which is arranged on a casting table and is provided for receiving the starter strands, - wherein the casting of the metal strands comprises a mould filling phase with fixed casting table, in which a plurality of starter strands is cast into the associated sprue stones (5,51,52,53), and - the casting comprises a continuous casting phase in which the casting table is lowered and a plurality of metal strands is cast, characterised in that the depth of the sprue stone (5,51,52,53) for each mould is at least 50 mm, the mould filling phase is started simultaneously for all moulds (1,10,20,30) with an identical filling speed, the casting process is stopped for the moulds that have reached the necessary metal level for starting the continuous casting phase and the continuous casting phase is started as soon as all moulds (1,10,20,30) have reached the necessary metal level for the continuous casting phase. - the liquid metal is simultaneously cast via a plurality of moulds (1,10,20,30) into a plurality of metal strands, - the moulds (1,10,20,30) each have a narrow side (12,22,32) and a broad side (11,21,31), wherein all moulds (1,10,20,30) have a uniform length of the narrow side (11,21,31), so that the metal strands have equal thicknesses after casting, - at least one of the moulds (1,10,20,30) used has a broad side (12,22,32), whose length differs from the length of the broad side (12,22,32) of the other simultaneously used moulds (1,10,20,30), - for each mould (1,10,20,30) used, a sprue stone (5,51,52,53) is provided, which is arranged on a casting table and is provided for receiving the starter strands, - wherein the casting of the metal strands comprises a mould filling phase with fixed casting table, in which a plurality of starter strands is cast into the associated sprue stones (5,51,52,53), and - the casting comprises a continuous casting phase in which the casting table is lowered and a plurality of metal strands is cast,
A method for separating dispersed algae from an aqueous system, the method comprising: adding to the aqueous system from 50 ppm to 100 ppm of a polymer including tannin to form flocculated aggregates, wherein the polymer including tannin comprises a copolymer of tannin and a cationic monomer, wherein the weight percent of the tannin is from 30% to 50% and the weight percent of the cationic monomer is from 70% to 50%; mixing the aqueous system to promote complexing between the polymer including tannin and the dispersed algae within a plurality of dispersed algae cells to form flocculated aggregates larger in size than the dispersed algae cells; and separating the flocculated aggregates from the aqueous system. adding to the aqueous system from 50 ppm to 100 ppm of a polymer including tannin to form flocculated aggregates, wherein the polymer including tannin comprises a copolymer of tannin and a cationic monomer, wherein the weight percent of the tannin is from 30% to 50% and the weight percent of the cationic monomer is from 70% to 50%; mixing the aqueous system to promote complexing between the polymer including tannin and the dispersed algae within a plurality of dispersed algae cells to form flocculated aggregates larger in size than the dispersed algae cells; and separating the flocculated aggregates from the aqueous system.
A method of wireless communication comprising: identifying a downlink, DL, region of a subframe, wherein the subframe comprises the DL region, an uplink, UL, region, a guard region, and an additional region; identifying the UL region of the subframe, wherein a transmission on resources of the UL region is based at least in part on a timing relationship between the DL region and the UL region; and communicating during the DL region and the UL region according to the timing relationship, wherein the timing relationship between the DL region and the UL region comprises a minimum time duration used for subframes having separate regions for UL and DL communications, and wherein a first duration of the DL region and a second duration of the UL region are based at least in part on the minimum time duration. identifying a downlink, DL, region of a subframe, wherein the subframe comprises the DL region, an uplink, UL, region, a guard region, and an additional region; identifying the UL region of the subframe, wherein a transmission on resources of the UL region is based at least in part on a timing relationship between the DL region and the UL region; and communicating during the DL region and the UL region according to the timing relationship, wherein the timing relationship between the DL region and the UL region comprises a minimum time duration used for subframes having separate regions for UL and DL communications, and wherein a first duration of the DL region and a second duration of the UL region are based at least in part on the minimum time duration.
A method for determining time data relating to a non-combustion outlet process of a fuel gas from a gas tank at a vehicle, wherein the non-combustion outlet process relates to an outlet process of the fuel gas from the gas tank where the fuel gas is not intended to be used in a following combustion process, the gas tank comprising outlet arrangement, wherein the outlet process of the fuel gas comprises opening of the outlet arrangement under a pre-determined condition, wherein time data comprises a time relating to when said fuel gas will start to release from the gas tank, wherein the fuel gas is Liquified Natural Gas, LNG, the method comprising the steps: - providing a model for the state of said fuel gas in said gas tank; and - determining time data relating to the outlet process of the fuel gas based on said model - presenting said determined time data to an operator of the vehicle. - providing a model for the state of said fuel gas in said gas tank; and - determining time data relating to the outlet process of the fuel gas based on said model - presenting said determined time data to an operator of the vehicle.
Device for laying a thread, having a pivotable guide bar which has a guide end with a thread guide and a drive end and which is rotatably mounted on a stationary pivot axis, wherein the drive end of the guide bar is coupled to a drive, characterized in that the drive is in the form of an oscillating linear drive, and in that the linear drive is connected to the drive end of the guide bar by a coupling member and the coupling member is formed by a push rod which is connected to the drive end of the guide bar by a rotary joint (8.1) and to a plunger (6.2) of the linear drive by a second rotary joint (8.2).
A straddle vehicle, comprising: a vehicle body frame including a head pipe and a main frame; an ignition switch which is disposed in the vicinity of the head pipe; a fuel tank disposed behind and distant from the head pipe; an air cleaner disposed behind and distant from the head pipe; and an electric component mounting space which is provided between the head pipe, and the fuel tank and the air cleaner which are behind the head pipe, and in which the ignition switch and two or more electric components of an electric power supply system, including at least a relay box of ignition, are disposed, the main frame including right and left frame members extending rearward from the head pipe and gradually outward in a vehicle width direction such that a distance between the right and left frame members in the vehicle width direction is greatest in a substantially center region, and then extending rearward such that the distance gradually decreases; wherein the electric component mounting space is provided between portions of the right and left frame members, the portions extending rearward from the head pipe and gradually outward in the vehicle width direction, and the air cleaner is disposed in a region from a location near the greatest distant portion of the main frame to a rear end portion of the main frame, and surrounded by the right and left frame members, in a location that is behind the electric component mounting space. a vehicle body frame including a head pipe and a main frame; an ignition switch which is disposed in the vicinity of the head pipe; a fuel tank disposed behind and distant from the head pipe; an air cleaner disposed behind and distant from the head pipe; and an electric component mounting space which is provided between the head pipe, and the fuel tank and the air cleaner which are behind the head pipe, and in which the ignition switch and two or more electric components of an electric power supply system, including at least a relay box of ignition, are disposed, the main frame including right and left frame members extending rearward from the head pipe and gradually outward in a vehicle width direction such that a distance between the right and left frame members in the vehicle width direction is greatest in a substantially center region, and then extending rearward such that the distance gradually decreases; wherein the electric component mounting space is provided between portions of the right and left frame members, the portions extending rearward from the head pipe and gradually outward in the vehicle width direction, and the air cleaner is disposed in a region from a location near the greatest distant portion of the main frame to a rear end portion of the main frame, and surrounded by the right and left frame members, in a location that is behind the electric component mounting space.
Wiper arrangement for cleaning a sensor field of vision on a windscreen for a front portion of a vehicle, comprising - a wiping element and a carrier, - wherein the carrier is configured and/or provided with corresponding attachment means to be attached to the windscreen or in direct proximity to the windscreen, characterised in that - the wiping element is supported such movably on the carrier that the wiping element can take at least one stable holding position (3, 4) relative to the carrier, and at least by overcoming a defined holding force, is bringable out of the stable holding position (3, 4), and - wherein the wiping element is supported on the carrier such and is configured such that, in case of intended attachment of the carrier on the windscreen or in direct proximity of the windscreen, the wiping element is bringable out of the stable holding position (3, 4) by a wiping movement of a wiper blade of a windscreen wiper arrangement of the windscreen, and thereby be drivable and/or actuatable by the wiping movement of the wiper blade. - a wiping element and a carrier, - wherein the carrier is configured and/or provided with corresponding attachment means to be attached to the windscreen or in direct proximity to the windscreen, - the wiping element is supported such movably on the carrier that the wiping element can take at least one stable holding position (3, 4) relative to the carrier, and at least by overcoming a defined holding force, is bringable out of the stable holding position (3, 4), and - wherein the wiping element is supported on the carrier such and is configured such that, in case of intended attachment of the carrier on the windscreen or in direct proximity of the windscreen,
An apparatus for personalising security or identification objects, in short SI objects (11, 12) with at least a first laser processing station, wherein the laser processing station comprises: - a laser unit adapted to personalise an SI article (11, 12) located in a laser processing region by laser irradiation, - a turntable having a first receiving region for receiving a first SI object and having a second receiving region for receiving a second SI object; wherein - the turntable is rotatably supported relative to the laser unit about an axis of rotation so that it can be rotated from a first rotational position to a second rotational position; wherein - in the first rotational position of the turntable, the first SI object disposed in the first receiving region is at least partially located in the laser processing region; and wherein - in the second rotational position of the turntable, the second SI object disposed in the second receiving region is at least partially located in the laser processing region, characterized in that the apparatus further comprises: - a laser irradiation preparation unit for preparing laser irradiation, wherein the laser irradiation preparation unit is arranged to detect a position of the second SI object received in the second receiving region in the first rotational position of the turntable and to transmit information about the detected position to the laser unit; and wherein - the laser unit is arranged to use the transmitted information as an input quantity in a subsequent laser irradiation of the second SI object. - a laser unit adapted to personalise an SI article (11, 12) located in a laser processing region by laser irradiation, - a turntable having a first receiving region for receiving a first SI object and having a second receiving region for receiving a second SI object; wherein - the turntable is rotatably supported relative to the laser unit about an axis of rotation so that it can be rotated from a first rotational position to a second rotational position; wherein - in the first rotational position of the turntable, the first SI object disposed in the first receiving region is at least partially located in the laser processing region; and wherein - in the second rotational position of the turntable, the second SI object disposed in the second receiving region is at least partially located in the laser processing region, characterized in that the apparatus further comprises: - a laser irradiation preparation unit for preparing laser irradiation, - the laser unit is arranged to use the transmitted information as an input quantity in a subsequent laser irradiation of the second SI object.