mhurhangee/ep-ind-claims huggingface dataset:
Method for cutting a workpiece, comprising: cutting the workpiece along a predefined cutting contour to separate a workpiece part from a scrap part, and checking whether the workpiece part has been fully separated from the scrap part during the cutting, wherein the check as to whether the workpiece part has been separated from the scrap part comprises the following steps: irradiating the workpiece with a preferably pulsed machining beam at a check position (21a, 21b) within the predefined cutting contour, detecting radiation generated by interaction between the machining beam and the workpiece, and evaluating the detected radiation to check whether the workpiece part has been fully separated from the scrap part during the cutting, characterised in that during the irradiation with the machining beam, the intensity (I P) of the machining beam at the check position (21a, 21b) is increased and the irradiation with the machining beam is stopped as soon as it is found during the check that the workpiece part has not been fully separated from the scrap part during the cutting. irradiating the workpiece with a preferably pulsed machining beam at a check position (21a, 21b) within the predefined cutting contour, detecting radiation generated by interaction between the machining beam and the workpiece, and evaluating the detected radiation to check whether the workpiece part has been fully separated from the scrap part during the cutting, characterised in that during the irradiation with the machining beam, the intensity (I P) of the machining beam at the check position (21a, 21b) is increased and the irradiation with the machining beam is stopped as soon as it is found during the check that the workpiece part has not been fully separated from the scrap part during the cutting.
A system for managing the movement of a vehicle travelling along a transport network and powered by a power line which is segmented into a plurality of power feeding segments (111, 112, 113, 114, 115, 116), the system comprising: - at least one power feeding control unit configured at least to control switching ON/OFF a predetermined number of power feeding segments (111, 112, 113); - an on-board control system installed on board of said vehicle; - at least one trackside control system which is operatively connected to said on-board control system and said at least one power feeding control unit; wherein said trackside control system is configured at least to generate: - a first set of movement instructions to be executed by said on-board control system for the vehicle to reach and travel over said predetermined number of power feeding segments, said first set of movement instructions including one or more first bounding instructions indicative of a time frame within which said first set of movement instructions has to be executed; and, based on said first set of movement instructions, - a second set of powering instructions to be executed by said at least one power feeding control unit to switch ON one or more of said predetermined number of power feeding segments for powering the vehicle when transiting over the one or more power feeding segments switched ON, said second set of powering instructions including one or more second bounding instructions indicative of a time frame within which said one or more power segments have to be switched ON. - at least one power feeding control unit configured at least to control switching ON/OFF a predetermined number of power feeding segments (111, 112, 113); - an on-board control system installed on board of said vehicle; - at least one trackside control system which is operatively connected to said on-board control system and said at least one power feeding control unit; wherein said trackside control system is configured at least to generate: - a first set of movement instructions to be executed by said on-board control system for the vehicle to reach and travel over said predetermined number of power feeding segments, said first set of movement instructions including one or more first bounding instructions indicative of a time frame within which said first set of movement instructions has to be executed; and, based on said first set of movement instructions, - a second set of powering instructions to be executed by said at least one power feeding control unit to switch ON one or more of said predetermined number of power feeding segments for powering the vehicle when transiting over the one or more power feeding segments switched ON, said second set of powering instructions including one or more second bounding instructions indicative of a time frame within which said one or more power segments have to be switched ON.
A method for managing a measurement parameter for cell handover, performed by an aerial vehicle, characterized in that the method comprises: acquiring, by the aerial vehicle, a target parameter in a flight process, the target parameter being a parameter varying with an altitude and configurable to indicate an altitude of the aerial vehicle; determining, by the aerial vehicle, a target measurement parameter for cell handover according to the target parameter; and performing, by the aerial vehicle, cell handover processing according to the target measurement parameter; wherein determining, by the aerial vehicle, the target measurement parameter for cell handover according to the target parameter comprises: determining, by the aerial vehicle, a target regulation factor corresponding to the currently-acquired target parameter according to pre-stored correspondences between target parameters and regulation factors; and acquiring, by the aerial vehicle, a product of the target regulation factor and a pre-stored reference measurement parameter for cell handover to obtain the target measurement parameter for cell handover; wherein the target parameter comprises: a number of detected cells other than a presently-accessed cell. acquiring, by the aerial vehicle, a target parameter in a flight process, the target parameter being a parameter varying with an altitude and configurable to indicate an altitude of the aerial vehicle; determining, by the aerial vehicle, a target measurement parameter for cell handover according to the target parameter; and performing, by the aerial vehicle, cell handover processing according to the target measurement parameter; wherein determining, by the aerial vehicle, the target measurement parameter for cell handover according to the target parameter comprises: determining, by the aerial vehicle, a target regulation factor corresponding to the currently-acquired target parameter according to pre-stored correspondences between target parameters and regulation factors; and acquiring, by the aerial vehicle, a product of the target regulation factor and a pre-stored reference measurement parameter for cell handover to obtain the target measurement parameter for cell handover; determining, by the aerial vehicle, a target regulation factor corresponding to the currently-acquired target parameter according to pre-stored correspondences between target parameters and regulation factors; and acquiring, by the aerial vehicle, a product of the target regulation factor and a pre-stored reference measurement parameter for cell handover to obtain the target measurement parameter for cell handover; wherein the target parameter comprises: a number of detected cells other than a presently-accessed cell.
A water dispenser, comprising: a main body; a rotator being rotatable in a horizontal direction in the main body, a water discharger protruding from one side of the rotator to provide water to a user, a rotation guide rail having a predetermined curvature within the main body, a rotation guide protrusion provided in the rotator and slidably coupled to the rotation guide rail to guide rotation of the rotator, a support within the main body to support the rotator, a filter installation portion on a front surface of the support for detachably installation of filters, an operation module rotated simultaneously with the water discharger when the water discharger is rotated, and a connector provided in each of the operation module and the rotator connecting the rotator and the operation module such that the operation module and the rotator are rotated together. a main body; a rotator being rotatable in a horizontal direction in the main body, a water discharger protruding from one side of the rotator to provide water to a user, a rotation guide rail having a predetermined curvature within the main body, a rotation guide protrusion provided in the rotator and slidably coupled to the rotation guide rail to guide rotation of the rotator, a support within the main body to support the rotator, a filter installation portion on a front surface of the support for detachably installation of filters, an operation module rotated simultaneously with the water discharger when the water discharger is rotated, and a connector provided in each of the operation module and the rotator connecting the rotator and the operation module such that the operation module and the rotator are rotated together.
Seal for sealing a flanged joint between a flange which is formed on a supporting body and a flange which is formed on a control valve component (8, 12), comprising - a seal body of laminar configuration for being received between the two flanges (54, 60), - at least one compressed air duct (12, 18, 26, 28, 44, 16) which is guided through the seal body for guiding compressed air between the two flanges (54, 60), - a first sealing lip which is formed on the seal body with a pressing face which runs circumferentially around the compressed air duct (12, 18, 26, 28, 44, 16) for pressing onto one of the flanges (54, 60) in an air-tight manner, characterized in that a second sealing lip is provided which is formed on the pressing face and covers the pressing face partially. - a seal body of laminar configuration for being received between the two flanges (54, 60), - at least one compressed air duct (12, 18, 26, 28, 44, 16) which is guided through the seal body for guiding compressed air between the two flanges (54, 60), - a first sealing lip which is formed on the seal body with a pressing face which runs circumferentially around the compressed air duct (12, 18, 26, 28, 44, 16) for pressing onto one of the flanges (54, 60) in an air-tight manner, characterized in that a second sealing lip is provided which is formed on the pressing face and covers the pressing face partially.
A flow machine with a symmetrical blade row and an asymmetrical blade row upstream from the symmetrical blade row which moves in a circumferential direction relative to the symmetrical blade row and has a large number of blades arranged next to one another in the circumferential direction, wherein at least two neighbouring blades (2, 2') have different trailing edge angles (α), characterised in that the trailing edge angles (α) have a constant trailing edge angle proportion (α const) and, from a specified chord length, have a varying trailing edge angle proportion (α var), which varies in relation to the trailing edge angle proportion for the preceding blade, wherein the constant trailing edge angle proportion (α const) is the same for all blades (2, 2').
A breastshield insert for a breast pump, which breastshield insert is designed to lie on an areola of a female breast during use, said breastshield insert comprising a frustoconical base body with a large rear opening and a small front opening, said base body being designed to be received in a funnel of a breastshield, wherein the frustoconical base body is at least partly made of a heat-accumulating and/or heat-conducting material and wherein it is warmed during use, this warming not exclusively taking place through transfer of body temperature from the female breast, characterized in that the base body is provided with at least one resistance heating element, and the insert has electrical contact means connected to the at least one resistance heating element.
Glucopyranosyl lipid adjuvant for use in a method of treatment of allergy in a subject, wherein said therapy involves desensitization of the subject by stimulation of the immune system with gradually increasing doses of a substance to which a person is allergic; wherein the GLA is formulated in a composition with said substance and, wherein said GLA is of the formula: where R 1, R 3, R 5 and R 6 are C 11 -C 20 alkyl; and R 2 and R 4 are C 12 -C 20 alkyl. wherein the GLA is formulated in a composition with said substance and, wherein said GLA is of the formula: where R 1, R 3, R 5 and R 6 are C 11 -C 20 alkyl; and R 2 and R 4 are C 12 -C 20 alkyl.
An assembly comprising a first railway rail side post insulator and a railway rail clip anchoring device, for retaining a resilient railway rail fastening clip, which anchoring device is configured to support the first railway rail side post insulator, wherein: the first railway rail side post insulator is configured to provide, in use, an electrically-insulating load bearing face between an upright side face of a foot of a railway rail and upright load bearing faces (301, 302, 303, 304) of the railway rail clip anchoring device to be located adjacent to the rail foot, the electrically-insulating load bearing face being provided by an outer face of a wall of the insulator, and the insulator further comprising a member, joined to an inner face of the wall of the insulator and having a top surface which extends in a substantially perpendicular direction with respect to the load bearing face to a depth (d 0) from the inner face of the wall which is greater than or substantially equal to a depth (d w) of the wall in the said direction; and the railway rail clip anchoring device has upright load bearing faces (301, 302, 303, 304), comprising front wall faces (301, 303, 304) configured for location adjacent to the rail foot, and an upper central face which is offset from the front wall faces (301, 303, 304) by an offset distance which is between a tenth and a half of the depth (D 0) of the anchoring device in a direction substantially perpendicular to the front wall faces (301, 303, 304), and an upwardly-facing surface of the anchoring device which extends from the upper central face to provide a shelf portion for receiving the member of the first railway rail side post insulator. the first railway rail side post insulator is configured to provide, in use, an electrically-insulating load bearing face between an upright side face of a foot of a railway rail and upright load bearing faces (301, 302, 303, 304) of the railway rail clip anchoring device to be located adjacent to the rail foot, the electrically-insulating load bearing face being provided by an outer face of a wall of the insulator, and the insulator further comprising a member, joined to an inner face of the wall of the insulator and having a top surface which extends in a substantially perpendicular direction with respect to the load bearing face to a depth (d 0) from the inner face of the wall which is greater than or substantially equal to a depth (d w) of the wall in the said direction; and the railway rail clip anchoring device has upright load bearing faces (301, 302, 303, 304), comprising front wall faces (301, 303, 304) configured for location adjacent to the rail foot, and an upper central face which is offset from the front wall faces (301, 303, 304) by an offset distance which is between a tenth and a half of the depth (D 0) of the anchoring device in a direction substantially perpendicular to the front wall faces (301, 303, 304), and an upwardly-facing surface of the anchoring device which extends from the upper central face to provide a shelf portion for receiving the member of the first railway rail side post insulator.
A method including steps of performing application software by a single-processor processing unit in a monitored mode transparently to said application software, wherein the single-processor processing unit is capable of operating in said monitored mode and in a secure mode; switching from said monitored mode to said secure mode in response to a non-maskable interrupt signal; and verifying, by said single-processor processing unit in said secure mode, wherein said single-processor processing unit executes secure code maintained in a persistent memory internal to the single-processor processing unit, that said single-processor processing unit is authorized to perform said application software.
A system for dispersing living biological control agents, the system comprising: - a reservoir of living biological control agents in liquid phase, - a source of air under pressure, - a nozzle, the nozzle being connected to the biological control agent reservoir by a biological control agent line, and to the pressurized air source by a pressurized air line, the nozzle comprising a mouthpiece, the biological control agent line having a liquid phase outlet configured to allow a liquid phase jet to exit the mouthpiece in a main direction, and the pressurized air line having at least one air outlet, characterized in that the mouthpiece comprises a wall, the liquid phase outlet being defined by an orifice on the wall of the mouthpiece, the air outlet(s) being arranged on the wall of the mouthpiece, the shape of the wall being configured to direct a main air flow exiting from the air outlet(s) convergently towards the liquid phase jet, the main air flow preferably being axially symmetrical with respect to the main direction. the system comprising: - a reservoir of living biological control agents in liquid phase, - a source of air under pressure, - a nozzle, the nozzle being connected to the biological control agent reservoir by a biological control agent line, and to the pressurized air source by a pressurized air line, the nozzle comprising a mouthpiece, the biological control agent line having a liquid phase outlet configured to allow a liquid phase jet to exit the mouthpiece in a main direction, and the pressurized air line having at least one air outlet, - a reservoir of living biological control agents in liquid phase, - a source of air under pressure, - a nozzle, the nozzle being connected to the biological control agent reservoir by a biological control agent line, and to the pressurized air source by a pressurized air line, the nozzle comprising a mouthpiece, the biological control agent line having a liquid phase outlet configured to allow a liquid phase jet to exit the mouthpiece in a main direction, and the pressurized air line having at least one air outlet, characterized in that the mouthpiece comprises a wall, the liquid phase outlet being defined by an orifice on the wall of the mouthpiece, the air outlet(s) being arranged on the wall of the mouthpiece, the shape of the wall being configured to direct a main air flow exiting from the air outlet(s) convergently towards the liquid phase jet, the main air flow preferably being axially symmetrical with respect to the main direction.
A waterproof casing (100 or 200) for packaging a circuit board, the circuit board having an antenna, the waterproof casing comprising: a housing (130 or 230) having an accommodation space and a side opening communicating with each other, wherein the accommodation space is configured to accommodate the circuit board; a waterproof gasket (120 or 220), and an end cover (140 or 240) that abuts against a side of the waterproof gasket (120 or 220) away from the accommodation space and is fixed to the housing (130 or 230) to form a box (110 or 220) with the housing (130 or 230), wherein the housing (130 or 230) and the end cover (140 or 240) are made of metallic material; wherein the box (110 or 220) has a communication opening positioned corresponding to the antenna, characterized in that the waterproof gasket (120 or 220) comprises: a main body covering the side opening; and an extending portion (122 or 222) extending from the main body; wherein the extending portion (122 or 222) of the waterproof gasket (120 or 220) hermetically covers the communication opening. a housing (130 or 230) having an accommodation space and a side opening communicating with each other, wherein the accommodation space is configured to accommodate the circuit board; a waterproof gasket (120 or 220), and an end cover (140 or 240) that abuts against a side of the waterproof gasket (120 or 220) away from the accommodation space and is fixed to the housing (130 or 230) to form a box (110 or 220) with the housing (130 or 230), wherein the housing (130 or 230) and the end cover (140 or 240) are made of metallic material; the box (110 or 220) has a communication opening positioned corresponding to the antenna, characterized in that the waterproof gasket (120 or 220) comprises: a main body covering the side opening; and an extending portion (122 or 222) extending from the main body; wherein the extending portion (122 or 222) of the waterproof gasket (120 or 220) hermetically covers the communication opening.
An active powder biocide composition intended to be applied, for instance, on yarns, threads, filaments, laminated plastics, non-woven fabrics, foams, adhesives, gels, emulsions, and/or creams, resins, paints or varnishes or wood impregnation, comprising at least one copper salt and at least one zinc salt, wherein the molar ratio between the total amount of copper salts and the total amount of zinc salts is of from 10 to 1; wherein the composition comprises from 5 to 100% of a salt from group A, from 0 to 100% of a salt from group B, and from 0 to 100% of a salt from group C; wherein the percentages of each salt group are such, that the sum of the products resulting from multiplying said molar fraction of each salt group, by a numeric value assigned based on the group to which each salt belongs to, is equal to or greater than 80, in agreement with the following relation: 0.05 to 1.0 * 100 + 0 to 1.0 * 50 + 0 to 1.0 * 25 > = 80 where 100 is the numeric value assigned to salts belonging to group A, 50 the value assigned to salts belonging to group B and 25 the assigned value to salts belonging to group C; wherein the "salt from group" corresponds to one or more copper salt(s) and more than one zinc salts, or one zinc salt and more than one cooper salts, provided that each and all of the salts belong to the same group; wherein copper salts belonging to group A are selected from copper chloride, copper iodate, copper pyrithione, copper oxalate and copper carbonate; copper salts belonging to group B are selected from copper phthalocyanine, copper iodide, copper thiocyanate, copper thiocyanate, copper hydroxide, and copper oxide; and cooper salts belonging to group C are selected from copper ferrocyanide, copper hydroxide, copper cyanide and copper oxide; and wherein zinc salts belonging to group A are selected from zinc iodate, zinc tartrate, zinc pyrithione, zinc oxalate and zinc oxide; zinc salt of group B is zinc carbonate, and zinc salt of the group C is zinc cyanide.
A coated effect pigment, comprising a platelet-shaped substrate and a coating applied thereon comprising a binder for powder coating; characterised in that the binder has a crystalline and an amorphous portion, which is determined by means of 13 C-NMR MAS relaxation measurements, wherein the relaxation of the 13 C nuclei as a biexponential relaxation according to the formula M t M 0 a c T 1 s T 1 l = M 0 ⋅ 1 − c ⋅ 1 − a ⋅ e − t T 1 s + c ⋅ 1 − a ⋅ e − t T 1 l is fitted, wherein the degree of crystallinity c is in a range between 40 to 85% and wherein a short average relaxation time T 1 s and a long average relaxation time T 1 l are present and wherein T 1 l is in a range from 65 to 130 s.