mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a transponder for a vehicle tyre, with the following steps: a) providing a thin metal plate, b) producing at least one flat antenna (2, 3, 11, 12, 13, 14), the flat antenna (2, 3, 11, 12, 13, 14) being formed from the metal plate, c) connecting the flat antenna (2, 3, 11, 12, 13, 14) to a transponder chip, the transponder being formed by the flat antenna (2, 3, 11, 12, 13, 14) and the transponder chip, d) producing a vehicle tyre, the transponder with the flat antenna (2, 3, 11, 12, 13, 14) being applied to a tyre component during the production of a green tyre, the transponder being embedded between two tyre components, e) completing the vehicle tyre by further steps, characterized in that in step a), the thin metal plate consists of brass or a brass alloy, in step a), the metal plate has a material thickness of less than 1 mm, in step b), the forming of the antenna (2, 3, 11, 12, 13, 14) is performed by a punching process or by laser-beam cutting or by water-jet cutting, and, after step c), the surfaces of the transponder are provided with an adhesion promoter. a) providing a thin metal plate, b) producing at least one flat antenna (2, 3, 11, 12, 13, 14), the flat antenna (2, 3, 11, 12, 13, 14) being formed from the metal plate, c) connecting the flat antenna (2, 3, 11, 12, 13, 14) to a transponder chip, the transponder being formed by the flat antenna (2, 3, 11, 12, 13, 14) and the transponder chip, d) producing a vehicle tyre, the transponder with the flat antenna (2, 3, 11, 12, 13, 14) being applied to a tyre component during the production of a green tyre, the transponder being embedded between two tyre components, the transponder with the flat antenna (2, 3, 11, 12, 13, 14) being applied to a tyre component during the production of a green tyre, the transponder being embedded between two tyre components, e) completing the vehicle tyre by further steps, in step a), the thin metal plate consists of brass or a brass alloy, in step a), the metal plate has a material thickness of less than 1 mm, in step b), the forming of the antenna (2, 3, 11, 12, 13, 14) is performed by a punching process or by laser-beam cutting or by water-jet cutting, and, after step c), the surfaces of the transponder are provided with an adhesion promoter.
Coating device for coating an outer surface of an item to be coated like an aerosol can blank or a tube blank, having a discharge means (21, 22, 23) for providing a continuous or discontinuous flow of coating and having a receiving means for receiving and positioning an item to be coated opposite the discharge means (21, 22, 23), wherein the discharge means (21, 22, 23) comprises a discharge nozzle and a coating conveying means which is connected in a fluidically communicating manner to the discharge nozzle and is configured for a pressurised conveying of coating to the discharge nozzle, wherein the coating conveying means is configured to provide a hydrostatic pressure on the coating and wherein the discharge nozzles are configured to discharge threads of coating, at least mainly, in particular exclusively subject to the hydrostatic pressure on the coating, wherein the discharge means (21, 22, 23) is arranged as a processing station (8 to 18) on a machine frame and wherein a plurality of movably mounted receiving means, which are configured to transport items to be coated between the processing stations (8 to 18) along a movement path are arranged at the machine frame, wherein the discharge means (21, 22, 23) is arranged along the movement path downstream of a printing device which is configured as an ink-jet printing device and which is configured to at least partly print the outer surface of the item to be coated before the coating procedure is carried out, wherein the processing stations (8 to 18) and the receiving means are accommodated in a spatial volume which is bordered by boundary walls and is separated from a surroundings and in which a constant room temperature and/or a predeterminable excess pressure compared to the surroundings is present.
A gateway being capable of relaying traffic between a plurality of Machine-Type Communication, MTC, devices and a network, the MTC devices communicating with the gateway through base stations, the MTC devices being grouped into at least two groups in accordance with features of the MTC devices, each of the groups being for communicating with the network, the features being network functions to optimize the network for use by Machine-to-Machine applications, characterised in that the gateway comprises: first means for receiving from one MTC device a request to change a group to which said one MTC device belongs from one group to another group, the request including features of said one MTC device; second means for determining whether or not the request is acceptable, by comparing the features with features to be supported by said another group; and third means for allocating, when it is determined that the request is acceptable, to said one MTC device a group key of said another group by sending said key to the MTC device in response to the request, wherein the key is used for securely communicating with the gateway. first means for receiving from one MTC device a request to change a group to which said one MTC device belongs from one group to another group, the request including features of said one MTC device; second means for determining whether or not the request is acceptable, by comparing the features with features to be supported by said another group; and third means for allocating, when it is determined that the request is acceptable, to said one MTC device a group key of said another group by sending said key to the MTC device in response to the request, wherein the key is used for securely communicating with the gateway.
Method for warning a driver of a motor vehicle about the presence of an object in the surroundings of the motor vehicle by means of a driver assistance system, in which a position of the object is determined by means of a sensor device, an anticipated driving tube of the motor vehicle is determined, a collision distance, which describes a distance between the motor vehicle and the object when the motor vehicle moves within the determined driving tube, is determined on the basis of the determined position of the object and the determined driving tube, a value of a minimum distance between the motor vehicle and the object is determined, and a warning signal is output if the value of the minimum distance undershoots a predetermined limiting value, characterized in that the determined value of the minimum distance is adapted as a function of the determined collision distance.
Fire-protection partitioning having a plurality of doors, which are arranged directly one beside the other and each have a pivot-bearing means and a locking device, and having an upper and a lower termination rail (4, 5), characterized in that each door, at its two side peripheries (7, 8), has a respective bar lock (9, 10), of which the vertically extensible lock bars (13, 14; 15, 16) engage in recesses (17, 18; 19, 20) of the upper termination rail and lower termination rail.
A human anti-α9 integrin antibody or antibody fragment that recognizes human α9 integrin and mouse α9 integrin and inhibits the interaction between the α9 integrins and ligands, and that recognizes an epitope comprising residues 104 (Arg) to 122 (Asp) of human α9 integrin (SEQ ID NO:36), and an epitope comprising residues 105 (Arg) to 123 (Asp) of mouse α9 integrin (SEQ ID NO: 37).
A method of generating reference data for circuit board inspection including: scanning a bare circuit board to obtain image information of the bare circuit board; generating a compensation matrix using pad coordinate information extracted from the image information and pad coordinate information prestored in design data; and generating, by applying the compensation matrix to the image information, a reference data including coordinate information of a distinctive object formed on the bare circuit board. scanning a bare circuit board to obtain image information of the bare circuit board; generating a compensation matrix using pad coordinate information extracted from the image information and pad coordinate information prestored in design data; and generating, by applying the compensation matrix to the image information, a reference data including coordinate information of a distinctive object formed on the bare circuit board.
Door trim made of polymeric material for a motor vehicle, said trim comprising a main part forming a support and a secondary part forming an arm-rest, fixed to the main part, characterized in that the secondary part has a peripheral strip for assembly onto the main part, extending over the whole of its perimeter, and a bearing surface extending substantially horizontally when the trim is fixed to the door and the door is fixed to the vehicle, and in that the main and secondary parts are fixed to one another by assembly means connecting said peripheral assembly strip to the main part, these assembly means each comprising two elements, one of which is integral with one of the main and secondary parts, while the other element is integral with the other of the main and secondary parts, these assembly means comprising: - at least two main load take-up housings shaped and positioned so as to take up loads applied in a single direction substantially perpendicular to the bearing surface, the main load take-up housings being located along the bearing surface, - a plurality of snap-fitting means evenly distributed along said peripheral assembly strip. - at least two main load take-up housings shaped and positioned so as to take up loads applied in a single direction substantially perpendicular to the bearing surface, the main load take-up housings being located along the bearing surface, - a plurality of snap-fitting means evenly distributed along said peripheral assembly strip.
A method of forming a microelectronic assembly, comprising: bonding a first insulating surface of a first microelectronic cavity die to a second insulating surface of a second microelectronic die, the first insulating surface and the second insulating surface forming a bond joint where the first insulating surface and the second insulating surface make contact; forming a first channel in the first insulating surface; forming a second channel through the second microelectronic die, the second channel aligned with the first channel, the first channel and the second channel intersecting the bond joint; forming a seal (402, 404) within the first channel and the second channel, the seal being continuous from the first channel to the second channel, the seal comprising a metallic material and sealing the bond joint between the first microelectronic cavity die and the second microelectronic die. bonding a first insulating surface of a first microelectronic cavity die to a second insulating surface of a second microelectronic die, the first insulating surface and the second insulating surface forming a bond joint where the first insulating surface and the second insulating surface make contact; forming a first channel in the first insulating surface; forming a second channel through the second microelectronic die, the second channel aligned with the first channel, the first channel and the second channel intersecting the bond joint; forming a seal (402, 404) within the first channel and the second channel, the seal being continuous from the first channel to the second channel, the seal comprising a metallic material and sealing the bond joint between the first microelectronic cavity die and the second microelectronic die.
An apparatus for extracorporeal blood treatment comprising a control unit and a display device, and with a person locating/identifying device, wherein the person locating/identifying device is provided and adapted to obtain and to process information at least about the position of a person being located in a range detectable by the person locating/identifying device, and the control unit receives the information obtained and processed by the person locating/identifying device, the person locating/identifying device and the display device are in contact of information exchange with each other via the control unit, characterized in that the control unit calculates a current relative position of the person to the apparatus from the received information, the display device is provided with an external, circumferential display (3, 7) which is visible from all positions inside the range detectable by the person locating/identifying device, and the display device is provided and adapted to orient the display direction of the information to be displayed in response to at least the relative position of the person to the apparatus for extracorporeal blood treatment automatically in the direction of the position of the person so that the information to be displayed is visible from the position of the person. the person locating/identifying device is provided and adapted to obtain and to process information at least about the position of a person being located in a range detectable by the person locating/identifying device, and the control unit receives the information obtained and processed by the person locating/identifying device, the person locating/identifying device and the display device are in contact of information exchange with each other via the control unit, characterized in that the control unit calculates a current relative position of the person to the apparatus from the received information, the display device is provided with an external, circumferential display (3, 7) which is visible from all positions inside the range detectable by the person locating/identifying device, and the display device is provided and adapted to orient the display direction of the information to be displayed in response to at least the relative position of the person to the apparatus for extracorporeal blood treatment automatically in the direction of the position of the person so that the information to be displayed is visible from the position of the person.
Facility for manufacturing tyres, said facility comprising an assembly station configured to place one or more tyre components onto a core so as to form an uncured annular tyre, a curing station configured to receive the assembly formed by said core and the uncured annular tyre and to heat said assembly during a curing operation so as to obtain a cured annular tyre, and an extraction station configured so as to separate, after the curing operation, the cured annular tyre from the core, said facility being characterized in that the core has a tubular wall extending along and around a central axis and which extends in thickness radially with respect to said central axis from a radially outer first annular face, referred to as "receiving face", which is intended to receive the tyre component or components, as far as a radially inner second annular face, referred to as "exchange face", which surrounds the central axis and which is intended to allow exchanges of heat between the tubular wall of the core and thermal sources (23, 24) external to said core, in that the curing station comprises a first, heating, thermal source which is designed to press against the exchange face of the core when said core is in said curing station so as to heat said core and the annular tyre during the curing operation, and then dissociate from the core so as to leave the exchange face free again when the core and the cured annular tyre leave said curing station and are transferred to the extraction station after the curing operation, and in that said extraction station comprises a second, refrigerating, thermal source which is designed so that when the core and the cured annular tyre are in the extraction station, it takes the place of the first thermal source in contact with said exchange face of the core so as to cool said core in such a way as to create a radial clearance between the receiving face of the core and the cured annular tyre through differential radial contraction of the tubular wall of the core relative to the cured annular tyre thus allowing an ejector member with which the extraction station is equipped to remove the cured annular tyre axially from the core.
An integrated circuit comprising a plurality of first semiconductor strips (7; 9) of a first conductivity type and of second semiconductor strips (9; 7) of a second conductivity type arranged in alternated and contiguous fashion on a region (5; 3) of the second conductivity type, comprising: a plurality of bias contacts (11; 13) for each of the first strips; for each bias contact, a switch (52; 92) capable of applying a potential (GND; VDD) on the bias contact; two detection contacts (56, 58) arranged at the ends of each of said first strips; and a detection circuit common to two strips among the first strips, said two strips being separated by further strips among the first and second strips, the activation of the detection circuit causing the turning off of the switches associated to said two strips and the comparison to a threshold of the resistance between the detection contacts of one of said two strips, said threshold corresponding to the resistance between the detection contacts of the other of said two strips. a plurality of bias contacts (11; 13) for each of the first strips; for each bias contact, a switch (52; 92) capable of applying a potential (GND; VDD) on the bias contact; two detection contacts (56, 58) arranged at the ends of each of said first strips; and a detection circuit common to two strips among the first strips, said two strips being separated by further strips among the first and second strips, the activation of the detection circuit causing the turning off of the switches associated to said two strips and the comparison to a threshold of the resistance between the detection contacts of one of said two strips, said threshold corresponding to the resistance between the detection contacts of the other of said two strips.
A relay valve, comprising a valve body, wherein the valve body is provided with a main valve body assembly, a C piston assembly, a Cv piston assembly, a weight-driven mechanism assembly, a pre-control chamber, a brake cylinder chamber and an auxiliary air cylinder chamber; characterised by a pre-control chamber, the movable main valve body assembly being located at a communication channel between the brake cylinder chamber and the auxiliary air cylinder chamber; the movable C piston assembly being blocked between the brake cylinder chamber and the pre-control chamber; one end of the movable Cv piston assembly blocking the pre-control chamber; one end of the C piston assembly being in contact with the main valve body, and the other end of the C piston assembly being in contact with one end of a balance mechanism; the other end of the Cv piston assembly being in contact with the other end of the balance mechanism.
A network node for routing messages in a communications system, the network node comprising: at least one network interface configured to communicate messages with a plurality of other network nodes; and a microprocessor connected to the at least one network interface to send and receive messages, and configured to: operate in an active-with-peer state during which the microprocessor responds to a switchover triggering event by switching-over at least part of its message routing responsibility to a standby inter-chassis redundancy, ICR, node; characterized in that the microprocessor is further configured to: operate in an active-without-peer state during which the microprocessor does not switchover routing responsibility to the standby ICR node in response to the switchover triggered event; and transition from operation in the active-with-peer state to operation in the active-without-peer state in response to detecting that the standby ICR node has become or will become at least partially non-functional as a backup message router for the network node. at least one network interface configured to communicate messages with a plurality of other network nodes; and a microprocessor connected to the at least one network interface to send and receive messages, and configured to: operate in an active-with-peer state during which the microprocessor responds to a switchover triggering event by switching-over at least part of its message routing responsibility to a standby inter-chassis redundancy, ICR, node; operate in an active-with-peer state during which the microprocessor responds to a switchover triggering event by switching-over at least part of its message routing responsibility to a standby inter-chassis redundancy, ICR, node; characterized in that the microprocessor is further configured to: operate in an active-without-peer state during which the microprocessor does not switchover routing responsibility to the standby ICR node in response to the switchover triggered event; and transition from operation in the active-with-peer state to operation in the active-without-peer state in response to detecting that the standby ICR node has become or will become at least partially non-functional as a backup message router for the network node. operate in an active-without-peer state during which the microprocessor does not switchover routing responsibility to the standby ICR node in response to the switchover triggered event; and transition from operation in the active-with-peer state to operation in the active-without-peer state in response to detecting that the standby ICR node has become or will become at least partially non-functional as a backup message router for the network node.
A composition comprising at least one non-metabolizable sweet receptor agonist selected from the group consisting of sucralose, aspartame, Stevioside, Rebaudioside, Neotame, acesulfame-K, and saccharin for use in the treatment of a condition associated with a chemosensory receptor selected from metabolic syndrome, diabetes type I, diabetes type II, obesity, glucose intolerance, gestational diabetes mellitus, dyslipidemia, and post-prandial dyslipidemia; wherein said composition is formulated for release in the upper intestine, the lower intestine, or both.
Rail-bound maglev train, comprising a) a guide rail, which gives onto a guideway track, with at least one superconducting element and b) a maglev vehicle arranged on the guide rail with magnetic means, wherein the magnetic means are in contactless magnetic reciprocal effect with the guideway track, wherein c) the at least one superconducting element comprises at least one superconducting conductor parallel to the guideway track, characterised in that d) the at least one superconducting conductor is configured as a continuous superconducting electrical conducting element, wherein the at least one superconducting conductor is a superconducting band, wherein the at least one superconducting conductor comprises at least two electrical connections which delimit a band section arranged between them as a continuous superconducting electrical conductor, and wherein the at least two connections in each case are positioned at the at least one superconducting conductor at the two conductor ends. a) a guide rail, which gives onto a guideway track, with at least one superconducting element and b) a maglev vehicle arranged on the guide rail with magnetic means, wherein the magnetic means are in contactless magnetic reciprocal effect with the guideway track, wherein c) the at least one superconducting element comprises at least one superconducting conductor parallel to the guideway track, characterised in that d) the at least one superconducting conductor is configured as a continuous superconducting electrical conducting element,