mhurhangee/ep-ind-claims huggingface dataset:
An array antenna, comprising: an antenna oscillator module including a dielectric substrate, a feed network line layer formed on a surface of the dielectric substrate and a plurality of radiation units disposed on one side of the dielectric substrate and fed by the feed network line layer; a shielding cavity formed on one side of the dielectric substrate facing away from the radiation unit; and a plurality of dielectric filter modules disposed within the shielding cavity, and each shielding cavity housing at least two of the dielectric filter modules, an output of each of the dielectric filter modules being electrically connected to the feed network line layer; a reflective plate affixed to one side of the dielectric substrate facing away from the radiation unit; a shield with an opening on one side, wherein, the shield is provided on a surface of the reflective plate facing away from the antenna oscillator module and cooperating with the reflective plate to form the shielding cavity; wherein, an inner wall of the shield is provided with a conductive foam abutting against the dielectric filter module. an antenna oscillator module including a dielectric substrate, a feed network line layer formed on a surface of the dielectric substrate and a plurality of radiation units disposed on one side of the dielectric substrate and fed by the feed network line layer; a shielding cavity formed on one side of the dielectric substrate facing away from the radiation unit; and a plurality of dielectric filter modules disposed within the shielding cavity, and each shielding cavity housing at least two of the dielectric filter modules, an output of each of the dielectric filter modules being electrically connected to the feed network line layer; a reflective plate affixed to one side of the dielectric substrate facing away from the radiation unit; a shield with an opening on one side, wherein, the shield is provided on a surface of the reflective plate facing away from the antenna oscillator module and cooperating with the reflective plate to form the shielding cavity; wherein, an inner wall of the shield is provided with a conductive foam abutting against the dielectric filter module.
Applicator for cosmetic product comprising a core having a main longitudinal extension direction, referred to as the main direction, and a plurality of protuberances protruding from said core along a direction normal to said main direction, at least one of said protuberances comprising a first portion having a proximal end in contact with the core and an opposite distal end along said normal direction, and a second portion having a proximal end on the distal end of said first portion and a free distal end, said second portion being angularly offset with respect to said first portion in such a way that said first and second portions (21, 22) are on either side of a plane that contains said main direction, said first and second portions (21, 22) each having a flat face (F1, F2), characterised in that said flat faces (F1, F2) merge with the plane containing said main direction.
An apparatus for continuously casting thin steel strip comprising a pair of counter-rotatable casting rolls having casting surfaces laterally positioned to form a nip therebetween through which thin cast strip can be cast, and on which a casting pool of molten metal can be formed supported on the casting surfaces above the nip, the casting rolls being mounted in a roll cassette movable on casting roll guides (55,56) from a set up station to a casting position through a transfer station, wherein the casting roll guides comprise first rails extending between the set up station and the transfer station, second rails extending between the transfer station and the casting position; characterized in that the transfer station comprises a turntable provided with turntable rails interchangeably alignable by rotation of the turntable with both the first rails and the second rails to exchange casting rolls mounted in roll cassettes (11, 11') between the first rails and the second rails.
Method for transmitting data between a position measuring device and an associated processing unit, in which data of a first priority, referred to as first data, are transmitted in successive cycles from the position measuring device to the processing unit, and in which, at least in some of the cycles, data of a second, lower priority, referred to as second data, are transmitted from the position measuring device to the processing unit in addition to the first data, the type of second data transmitted in a respective cycle varying, first data respectively being requested by the processing unit by means of a request command (REQ; REQ DATA0, REQ DATA1, REQ DATA2) in order to initiate a data transmission cycle, and the position measuring device storing information which is used to assign in each case at least one particular type of second data to be transmitted to individual data transmission cycles in such a manner that second data can be assigned to the individual cycles without the involvement of the processing unit, characterized in that the sequences of second data are combined in the position measuring device to form a plurality of transmission lists (block 0, block 1, block 2,..., block k-1) in the form of different data blocks which are stored in a memory of the position measuring device, the plurality of transmission lists (block 0, block 1, block 2,..., block k-1) each define at least one sequence of second data, and, of the plurality of transmission lists, at least some define a plurality of sequences of second data, and in that the position measuring device respectively assigns sequences of second data to the individual cycles in a given data transmission period according to an order stipulated by one of the transmission lists (block 0, block 1, block 2,..., block k-1), and in that the respective transmission list (block 0, block 1, block 2,..., block k-1), from which sequences of second data are assigned to individual data transmission cycles, is selected by means of a request command (REQ; REQ DATA0, REQ DATA1, REQ DATA2) transmitted from the processing unit to the position measuring device.
A method for reporting fixed network access information, comprising: when a user equipment, UE, accesses a mobile core network through a Wireless Local Area Network, WLAN, and establishes an IP security, IP-Sec, tunnel to an Evolved Packet Data Gateway, ePDG, reporting, by the ePDG, fixed network access information containing location information of the UE to a Policy and Charging Enforcement Function, PCEF; notifying, by the PCEF, a Policy and Charging Rule Function, PCRF, of the location information of the UE; and initiating, by the PCRF, establishment of an S9* session to a Broadband Policy Control Function, BPCF, corresponding to the location information of the UE, according to the location information of the UE, wherein the location information of the UE contains an identifier of the UE and tunnel information; wherein the identifier of UE contains a fixed network access identifier of the UE; wherein the tunnel information contains: local IP address information of the UE, which contains IP address and port information for the UE and ePDG to establish an IP-Sec tunnel; wherein in the scenario of no Network Address Translation, NAT, the IP address information contains a public network IP address assigned for the UE by a Broadband Remote Access Server, BRAS/Broadband Network Gateway, BNG; wherein in the scenario where a Residential Gateway, RG, acts as the NAT, the IP address information contains a public network IP address assigned for the RG by the BRAS/BNG; and wherein in the scenario where the BRAS/BNG act as the NAT, the IP address information contains an address of the BRAS/BNG. when a user equipment, UE, accesses a mobile core network through a Wireless Local Area Network, WLAN, and establishes an IP security, IP-Sec, tunnel to an Evolved Packet Data Gateway, ePDG, reporting, by the ePDG, fixed network access information containing location information of the UE to a Policy and Charging Enforcement Function, PCEF; notifying, by the PCEF, a Policy and Charging Rule Function, PCRF, of the location information of the UE; and initiating, by the PCRF, establishment of an S9* session to a Broadband Policy Control Function, BPCF, corresponding to the location information of the UE, according to the location information of the UE,
A manufacturing method for a pressed component including an elongated top plate, ridge lines (3a, 3b) at both short direction ends of the top plate, and vertical walls (4a, 4b) facing each other in a state extending from the respective ridge lines (3a, 3b) and at least one of the vertical walls (4a, 4b) being configured as a curved wall curving along the length direction of the top plate as viewed from an upper side of the top plate, the manufacturing method comprising a first process of pressing a blank to form an intermediate formed component including the top plate, the ridge lines (3a, 3b) at both short direction ends of the top plate, and the vertical walls (4a, 4b), and in which a step (11a, 11a') projecting outward toward a side opposite from a side of the vertical wall (4a, 4b) facing the other vertical wall (4a, 4b) is formed at the curved wall so as to run along a length direction of the top plate, wherein the step (11a, 11a') is formed such that a projection width of the step (11a, 11a'), at a portion of the curved wall at a distance of not less than 40% of a height from the top plate position to a lower end of the curved wall, is not more than 20% of a short direction width of the top plate; the manufacturing method characterized in comprising: a second process of performing at least one out of pressing the intermediate formed component so as to narrow the projection width of the step (11a, 11a'), and pressing the intermediate formed component so as to move a lower portion of the curved wall beyond the step (11a, 11a') outward toward a side opposite from a side of the vertical wall (4a, 4b) facing the other vertical wall (4a, 4b). a first process of pressing a blank to form an intermediate formed component including the top plate, the ridge lines (3a, 3b) at both short direction ends of the top plate, and the vertical walls (4a, 4b), and in which a step (11a, 11a') projecting outward toward a side opposite from a side of the vertical wall (4a, 4b) facing the other vertical wall (4a, 4b) is formed at the curved wall so as to run along a length direction of the top plate, wherein the step (11a, 11a') is formed such that a projection width of the step (11a, 11a'), at a portion of the curved wall at a distance of not less than 40% of a height from the top plate position to a lower end of the curved wall, is not more than 20% of a short direction width of the top plate; the manufacturing method characterized in comprising: a second process of performing at least one out of pressing the intermediate formed component so as to narrow the projection width of the step (11a, 11a'), and pressing the intermediate formed component so as to move a lower portion of the curved wall beyond the step (11a, 11a') outward toward a side opposite from a side of the vertical wall (4a, 4b) facing the other vertical wall (4a, 4b). a second process of performing at least one out of pressing the intermediate formed component so as to narrow the projection width of the step (11a, 11a'), and pressing the intermediate formed component so as to move a lower
A synchromesh for a gearbox including at least one secondary shaft, said synchromesh comprising a hub coupled in rotation to said secondary shaft and a sleeve including internal splines and suitable to be translated with respect to said hub so that its internal splines are closely coupled to dogs of an idling pinion participating in the definition of at least one ratio, characterized in that it further includes a flange comprising a sub-hub secured to said secondary shaft and provided with external splines, and in that said hub includes internal splines suitable to cooperate with said external splines of said sub-hub to permit a translation with respect to the latter suitable to guarantee said close coupling of said internal splines of the sleeve to said dogs with a minimal margin for translation, irrespective of dimensional variations in the manufacture of said sleeve and idling pinion.
A method for producing an analysis tool for performing a quantitative analysis of a specific component that is contained in a liquid sample, the method comprising the steps of: providing a measurement chamber in the interior of an analysis tool which includes a capillary flow channel for transporting a liquid sample to the measurement chamber by capillarity; and disposing in said measurement chamber a dry reagent which is capable of being dissolved, without agitation, by the liquid sample that is transported by the capillary flow channel; wherein said measurement chamber is a portion that is adapted to transmit light in the ultraviolet region, in order to measure an increase or decrease of a nicotinamide coenzyme; and wherein said dry reagent is produced by: adjusting a reagent solution by dissolving, in a solution, a nicotinamide coenzyme an increase or decrease whereof is measurable in accordance with a transmission method that utilizes light in the ultraviolet region, and a leveling agent for smoothing said dry reagent; and dripping a predetermined amount of said reagent solution onto a substrate or a cover of said analysis tool, followed by drying. providing a measurement chamber in the interior of an analysis tool which includes a capillary flow channel for transporting a liquid sample to the measurement chamber by capillarity; and disposing in said measurement chamber a dry reagent which is capable of being dissolved, without agitation, by the liquid sample that is transported by the capillary flow channel; adjusting a reagent solution by dissolving, in a solution, a nicotinamide coenzyme an increase or decrease whereof is measurable in accordance with a transmission method that utilizes light in the ultraviolet region, and a leveling agent for smoothing said dry reagent; and dripping a predetermined amount of said reagent solution onto a substrate or a cover of said analysis tool, followed by drying.
Electrical press-fit contact (1, 21, 33) having a contact body (2, 22, 34) and a plurality of press-fit pins (3, 4, 8, 9, 32), wherein the press-fit pins (3, 4, 8, 9, 32) are each integrally formed on the contact body (2, 22, 34) and each extend in a common direction pointing away from the contact body (2, 22, 34), wherein the contact body (2, 22, 34) is at least partially formed from metal strip sections (12, 14, 15, 17, 18, 54, 55, 56) of a metal strip which are connected to one another, wherein the press-fit pins (3, 4, 8, 9, 32) are integrally formed on the metal sections at a distance from one another along a longitudinal extent of the metal strip, wherein the metal strip sections are placed one on the other and thereby surface regions, which are opposite one another, of metal strip sections (12, 14, 15, 17, 18, 54, 55, 56), which are adjacent to one another, touch one another, and wherein the metal strip sections (12, 14, 15, 17, 18, 54, 55, 56) extend parallel to one another, characterized in that press-fit pins are integrally formed on each of the metal sections (12, 14, 15, 17, 18, 54, 55, 56), wherein the metal strip sections (12, 14, 15, 17, 18, 54, 55, 56) are connected to one another in such a way that press-fit pins (3, 4, 8, 9, 32) of metal strip sections (12, 14, 15, 17, 18, 54, 55, 56) which are adjacent to one another are arranged offset in relation to one another along the longitudinal extent of the metal strip sections (12, 14, 15, 17, 18, 54, 55, 56).
Device for connecting tubular elements, comprising: • a first body which is provided with a first reception housing for accommodating a longitudinal portion of a first tubular element and is provided with a first connection component; • a second body which is provided with a second reception housing for accommodating a longitudinal portion of a second tubular element and is provided with a second connection component, the second body being formed by two halves each comprising a portion of the second housing and a portion of the second connection component; the first connection component and the second connection component being configured in order to keep the first body and the second body assembled, while allowing a rotational movement between them along a transverse axis which is normal to the plane formed by a contact surface between the first body and the second body when they are assembled; the device being characterized in that the halves represent half-shells and in that the first body and the second body each have a first face and a second face having a circular contour corresponding to the contact surface between the first body and the second body when assembled, the first connection component and the second connection component each being arranged at the periphery of the first face and second face having a circular contour. • a first body which is provided with a first reception housing for accommodating a longitudinal portion of a first tubular element and is provided with a first connection component; • a second body which is provided with a second reception housing for accommodating a longitudinal portion of a second tubular element and is provided with a second connection component, the second body being formed by two halves each comprising a portion of the second housing and a portion of the second connection component; the first connection component and the second connection component being configured in order to keep the first body and the second body assembled, while allowing a rotational movement between them along a transverse axis which is normal to the plane formed by a contact surface between the first body and the second body when they are assembled;
A polypropylene composition comprising (i) more than 30 wt% of a polymer of propylene, (ii) 1 to 20 wt% of a flame retardant product comprising an inorganic derivative of Phosphor, (iii) 0.2 to 5 wt% of an additive(s) other than the flame retardant product (ii), and (iv) 3 to 30 wt% of a plastomer being a copolymer of ethylene with at least one C3 to C10 alpha-olefin and optionally (v) 0 to 45 wt% further component(s) other than (i) to (iv); based on the total amount (100 wt%) of the polypropylene composition. (i) more than 30 wt% of a polymer of propylene, (ii) 1 to 20 wt% of a flame retardant product comprising an inorganic derivative of Phosphor, (iii) 0.2 to 5 wt% of an additive(s) other than the flame retardant product (ii), and (iv) 3 to 30 wt% of a plastomer being a copolymer of ethylene with at least one C3 to C10 alpha-olefin and optionally (v) 0 to 45 wt% further component(s) other than (i) to (iv);
Microscopy device for producing three-dimensional images from objects located in a flat object region (g), comprising an objective lens arrangement having an objective lens focal length (f 1), a tube lens arrangement having a tube lens focal length (f 2) and a sensor, - wherein the objective lens arrangement and tube lens arrangement have a common optical axis, - wherein an object region (g) for arranging objects to be examined in the region of the objective lens arrangement facing away from the tube lens arrangement is arranged spaced from the objective lens arrangement, and - wherein the sensor is arranged in the region of the tube lens arrangement facing away from the objective lens arrangement spaced from the tube lens arrangement, wherein the sensor is configured to represent images of objects to be examined, in particular to capture them, - wherein an aperture is provided, through the aperture opening of which extends the common optical axis, - wherein the aperture and/or the aperture opening lies in a region of the common optical axis between the sensor and the focal point (F 1) of the objective lens arrangement which is arranged between the objective lens arrangement and tube lens arrangement, characterised in that - in a common focal plane (F E) standing normal to the optical axis, the focal point (F 1) of the objective lens arrangement and the focal point (F 2) of the tube lens arrangement coincide and - the aperture is arranged in the region between the common focal plane (F E) and the tube lens arrangement or in the region between the tube lens arrangement and the sensor, such that a hypercentric perspective projection results. - wherein the objective lens arrangement and tube lens arrangement have a common optical axis, - wherein an object region (g) for arranging objects to be examined in the region of the objective lens arrangement facing away from the tube lens arrangement is arranged spaced from the objective lens arrangement, and - wherein the sensor is arranged in the region of the tube lens arrangement facing away from the objective lens arrangement spaced from the tube lens arrangement, wherein the sensor is configured to represent images of objects to be examined, in particular to capture them, - wherein an aperture is provided, through the aperture opening of which extends the common optical axis, - wherein the aperture and/or the aperture opening lies in a region of the common optical axis between the sensor and the focal point (F 1) of the objective lens arrangement which is arranged between the objective lens arrangement and tube lens arrangement, - in a common focal plane (F E) standing normal to the optical axis, the focal point (F 1) of the objective lens arrangement and the focal point (F 2) of the tube lens arrangement coincide and - the aperture is arranged in the region between the common focal plane (F E) and the tube lens arrangement or in the region between the tube lens arrangement and the sensor, such that a hypercentric perspective projection results.