mhurhangee/ep-ind-claims huggingface dataset:
A wiring body comprising: an insulating member; and a conductor pattern bonded to the insulating member and comprising conductive particles and binder resin, characterized in that a part of the conductive particles protrudes from the binder resin on an adhesive surface of the conductor pattern bonded to the insulating member, a surface roughness of the adhesive surface of the conductor pattern bonded to the insulating member is rougher than a surface roughness of another surface which is a surface of the conductor pattern except for the adhesive surface in the conductor pattern, and a boundary between the insulating member and the conductor pattern has a concave-convex shape corresponding to a concave-convex shape formed by the conductive particles protruding from the binder resin. an insulating member; and a conductor pattern bonded to the insulating member and comprising conductive particles and binder resin, characterized in that a part of the conductive particles protrudes from the binder resin on an adhesive surface of the conductor pattern bonded to the insulating member, a surface roughness of the adhesive surface of the conductor pattern bonded to the insulating member is rougher than a surface roughness of another surface which is a surface of the conductor pattern except for the adhesive surface in the conductor pattern, and a boundary between the insulating member and the conductor pattern has a concave-convex shape corresponding to a concave-convex shape formed by the conductive particles protruding from the binder resin.
An antenna grounded with U-shaped high-impedance surface metal strips, comprising an antenna radiation unit in form of a planar inverted F-type antenna and its ground plate, wherein - the ground plate is a printed circuit board, PCB, having an upper surface and a lower surface; - the upper surface partially comprises a plurality of high-impedance surface units at predetermined intervals and partially comprises a continuous metal layer such that the high-impedance surface units and the continuous metal layer are electrically isolated from each other; - the lower surface is composed of a metal layer electrically isolated from the continuous metal layer of the upper surface; - the antenna radiation unit is located above the high-impedance surface units; - each high-impedance surface unit consists of three high-impedance surface metal strips connected to each other in U-shape; - the surface metal strips are located on the upper surface of the PCB; - high-impedance surface through holes are set at the bottom side of the U-shape; - and wherein each of the high-impedance surface units is electrically connected to the lower surface metal layer of the PCB by means of the high-impedance surface through holes, which are set to pass through the PCB. - the ground plate is a printed circuit board, PCB, having an upper surface and a lower surface; - the upper surface partially comprises a plurality of high-impedance surface units at predetermined intervals and partially comprises a continuous metal layer such that the high-impedance surface units and the continuous metal layer are electrically isolated from each other; - the lower surface is composed of a metal layer electrically isolated from the continuous metal layer of the upper surface; - the antenna radiation unit is located above the high-impedance surface units; - each high-impedance surface unit consists of three high-impedance surface metal strips connected to each other in U-shape; - the surface metal strips are located on the upper surface of the PCB; - high-impedance surface through holes are set at the bottom side of the U-shape; - and wherein each of the high-impedance surface units is electrically connected to the lower surface metal layer of the PCB by means of the high-impedance surface through holes, which are set to pass through the PCB.
Method for removing rust from a rusted surface comprising the steps of: a) applying to the said surface a first composition comprising a penetrating oil, b) applying to the said surface a second composition comprising at least one thiol compound, the thiol compound being a thiol substituted carboxylic acid, or a salt or alkyl ester thereof, wherein step b) is carried out prior to, or subsequent, to step a). a) applying to the said surface a first composition comprising a penetrating oil, b) applying to the said surface a second composition comprising at least one thiol compound, the thiol compound being a thiol substituted carboxylic acid, or a salt or alkyl ester thereof,
A Proxy Call State Control Function, P-CSCF, providing a first contact point in an Internet Protocol, IP, multimedia subsystem, IMS, for a user equipment accessing multimedia services comprising: means for storing user equipment identification information received from the user equipment at registration; means for receiving a Session Initiation Protocol, SIP, message comprising user equipment identification information from the user equipment; characterized by means for determining, based on the stored user equipment identification information and the user equipment identification information comprised in the received SIP message, which policy decision function, PDF, (222A, 222N) to contact, such that the same PDF is used for a plurality of IMS sessions of a Packet Data Protocol, PDP, context associated with the user equipment, wherein the PDF is provided in a separate entity from the P-CSCF. means for storing user equipment identification information received from the user equipment at registration; means for receiving a Session Initiation Protocol, SIP, message comprising user equipment identification information from the user equipment; characterized by means for determining, based on the stored user equipment identification information and the user equipment identification information comprised in the received SIP message, which policy decision function, PDF, (222A, 222N) to contact, such that the same PDF is used for a plurality of IMS sessions of a Packet Data Protocol, PDP, context associated with the user equipment, wherein the PDF is provided in a separate entity from the P-CSCF.
Phosphor precursor comprising particles having an average diameter between 1.5 and 15 microns, these particles comprising: - a non-phosphor mineral core; - a shell based on a mixed phosphate of lanthanum and/or cerium, optionally doped with terbium, homogeneously covering the mineral core over a thickness greater than or equal to 300 nm. - a non-phosphor mineral core; - a shell based on a mixed phosphate of lanthanum and/or cerium, optionally doped with terbium, homogeneously covering the mineral core over a thickness greater than or equal to 300 nm.
A method for determining a tire uniformity parameter value for a given tire (400, 500), comprising: establishing a transfer function relating a tire uniformity parameter to a piezoelectric output signal for a given tire (400,500), wherein the piezoelectric output signal is indicative of tire deformation as the tire is rolling along a ground surface and supporting a load; storing said transfer function; characterized in that the method further comprises: monitoring the piezoelectric output signal from two or more piezoelectric tire sensors to measure the voltage change from each piezoelectric tire sensor while it is operating in a counter-deflection zone, wherein the counter-deflection zone comprises an area of the tire (400, 500) that is not in contact with the ground surface; correlating the piezoelectric output signals from each one of the two or more piezoelectric tire sensors; electronically determining the actual tire uniformity parameter value by applying the measured and correlated piezoelectric output signal voltage change levels to the established transfer function; and providing the actual tire uniformity parameter value as electronic output. establishing a transfer function relating a tire uniformity parameter to a piezoelectric output signal for a given tire (400,500), wherein the piezoelectric output signal is indicative of tire deformation as the tire is rolling along a ground surface and supporting a load; storing said transfer function; characterized in that the method further comprises: monitoring the piezoelectric output signal from two or more piezoelectric tire sensors to measure the voltage change from each piezoelectric tire sensor while it is operating in a counter-deflection zone, wherein the counter-deflection zone comprises an area of the tire (400, 500) that is not in contact with the ground surface; correlating the piezoelectric output signals from each one of the two or more piezoelectric tire sensors; electronically determining the actual tire uniformity parameter value by applying the measured and correlated piezoelectric output signal voltage change levels to the established transfer function; and providing the actual tire uniformity parameter value as electronic output. monitoring the piezoelectric output signal from two or more piezoelectric tire sensors to measure the voltage change from each piezoelectric tire sensor while it is operating in a counter-deflection zone, wherein the counter-deflection zone comprises an area of the tire (400, 500) that is not in contact with the ground surface; correlating the piezoelectric output signals from each one of the two or more piezoelectric tire sensors; electronically determining the actual tire uniformity parameter value by applying the measured and correlated piezoelectric output signal voltage change levels to the established transfer function; and providing the actual tire uniformity parameter value as electronic output.
A network element (100, 200) comprising a data interface for connecting to a data transfer network, a signal interface for receiving one or more satellite signals transmitted by a satellite system that is a Global Navigation Satellite System, and a processing system adapted to: - produce timing information based on the one or more satellite signals and on assistance information received from the data transfer network, - control the network element to request a dynamic host configuration protocol server of the data transfer network to send host configuration data containing a protocol address to be associated with the network element, and - control the network element to transmit the timing information to the data transfer network in accordance with a timing transfer protocol used in the data transfer network, characterized in that the processing system is further adapted to read, from the host configuration data, information enabling the network element to get aware of the assistance information, and to obtain the assistance information in accordance with the information read from the host configuration data, wherein the timing information enables the network element to operate as a timing source, and the assistance information is based on Assisted Global Positioning System, A-GPS, assistance data. - produce timing information based on the one or more satellite signals and on assistance information received from the data transfer network, - control the network element to request a dynamic host configuration protocol server of the data transfer network to send host configuration data containing a protocol address to be associated with the network element, and - control the network element to transmit the timing information to the data transfer network in accordance with a timing transfer protocol used in the data transfer network,
Method for identifying at least one person aboard a motor vehicle by voice analysis, the vehicle being equipped with means for acquiring sound signals from the passenger compartment of the vehicle, with means for processing these sound signals and with a memory coupled to the processing means and configured to store voice profiles, each voice profile comprising a set of voice characteristics that is specific to a previously identified person, the method comprising an identification phase comprising the following steps: - a step of acquiring and digitizing a voice signal of a user (Ea) by way of the acquisition means in order to obtain a digitized signal, - a step of processing the digitized signal (Eb) by way of the processing means in order to obtain voice characteristics of the digitized signal, - a step of comparing the voice characteristics (Ec) of the digitized signal with a voice profile selected from the memory, - a step of establishing a match rate (Ed) according to said comparison between the voice characteristics of the digitized signal and the selected voice profile, - a step of comparing the match rate (Ee) with a predefined threshold, - a step of identification (Ef) according to which, if the match rate is above or equal to the predefined threshold, the user is identified as being the person corresponding to the selected voice profile, the method being characterized in that the voice profile selected in the step of comparing the voice characteristics (Ec) is a contextual voice profile comprising the voice characteristics of a sound signal comprising a reference voice signal transmitted by a previously identified person and noise present in the vehicle within a use context of the predetermined vehicle. - a step of acquiring and digitizing a voice signal of a user (Ea) by way of the acquisition means in order to obtain a digitized signal, - a step of processing the digitized signal (Eb) by way of the processing means in order to obtain voice characteristics of the digitized signal, - a step of comparing the voice characteristics (Ec) of the digitized signal with a voice profile selected from the memory, - a step of establishing a match rate (Ed) according to said comparison between the voice characteristics of the digitized signal and the selected voice profile, - a step of comparing the match rate (Ee) with a predefined threshold, - a step of identification (Ef) according to which, if the match rate is above or equal to the predefined threshold, the user is identified as being the person corresponding to the selected voice profile,
On-board catering station (10, 10') comprising a rear light-weight partition which can be aligned transversely to the main direction of the aircraft and a first front light-weight partition which is aligned parallel to the rear light-weight partition and on which a second front light-weight partition is arranged which can be pivoted forwards about a vertical pivot axis from a parking position over the front side of the first front light-weight partition, wherein the first and the second front light-weight part wall in the parking position of the second front light-weight part wall form a common flush front surface corresponding to the surface of the rear light-weight part wall and congruent in parallel, characterised in that the second front lightweight part wall is part of a box-shaped catering compartment (30, 130), wherein in the parking position an access side of the box-shaped catering compartment abuts the inner side of the rear lightweight part wall.
Filling nozzle (10; 10a; 10b) for liquid or pasty filling material, having a housing with a plurality of filling channels (18, 19; 32; 38) which are intended for filling a container and are each formed by an aperture in at least one sub-region of the housing, said sub-region extending in the axial direction of the filling nozzle (10; 10a; 10b), wherein the filling channels (18, 19; 32; 38), as seen in the longitudinal direction of the housing, are separated from one another by separating crosspieces (30; 35), which delimit the cross section of the filling channels (18, 19; 32; 38), wherein, for the purpose of minimizing the overall cross-sectional surface area of the separating crosspieces (30; 35) in a plane perpendicular to the longitudinal direction of the housing, a plurality of the filling channels (19; 32; 38) have a non-round cross-sectional surface area (24; 31; 37), wherein the non-round cross-sectional surface areas (24; 31; 37) are triangular or rectangular, wherein the filling channels, as seen in the longitudinal direction of the housing, are each conical, wherein the non-round cross-sectional surface areas (24; 31; 37) of the filling channels (19; 32; 38) have rounded corner regions (29; 33), and wherein the filling channels (19; 32; 38) having a non-round cross-sectional surface area (24; 31; 37) are each of identical design, characterized in that the cross-sectional surface areas (24; 31; 37) of the filling channels (18; 19; 32; 38) increase continuously in the direction of an outlet.
An image forming apparatus comprising: an image carrier; a charge roller; characterized in that said charge roller is configured to include a surface having protrusions and depressions and to electrically charge the image carrier; a cleaning brush configured to include a brush part cleaning the surface of the charge roller and a main body part supporting the brush part, in which the brush part includes a top end part and a belly part being nearer to the main body part than the top end part; and a distance changing mechanism configured to change a distance between the charge roller and main body part of the cleaning brush by moving cleaning brush because of which the top end part of the brush part contacts with the depression of the surface of the charge roller by adjusting the distance between the charge roller and main body part to a first distance, and the belly part of the brush part contacts with the protrusion of the surface of the charge roller by adjusting the distance between the charge roller and main body part to a second distance shorter than the first distance. an image carrier; a charge roller; characterized in that said charge roller is configured to include a surface having protrusions and depressions and to electrically charge the image carrier; a cleaning brush configured to include a brush part cleaning the surface of the charge roller and a main body part supporting the brush part, in which the brush part includes a top end part and a belly part being nearer to the main body part than the top end part; and a distance changing mechanism configured to change a distance between the charge roller and main body part of the cleaning brush by moving cleaning brush because of which the top end part of the brush part contacts with the depression of the surface of the charge roller by adjusting the distance between the charge roller and main body part to a first distance, and the belly part of the brush part contacts with the protrusion of the surface of the charge roller by adjusting the distance between the charge roller and main body part to a second distance shorter than the first distance.
A non-transitory computer-readable medium storing computer-executable instructions that, when executed by at least one processor of a computing system, cause the computing system to: hash, by at least the processor, computer code corresponding to network-accessible content to generate a hashed code, wherein the network-accessible content is to be hosted at a network address corresponding to a domain; encrypt and sign, by at least the processor, the hashed code to generate an encrypted and signed hash, wherein the hashed code is encrypted using: (i) a private key associated with a source of the network-accessible content, and (ii) a public key associated with a registrar of the domain; and transmit, by at least the processor, the encrypted and signed hash and the domain to a blockchain, wherein the instructions comprise further instructions that, when executed by at least the processor, cause: (i) the blockchain to request validation of the encrypted and signed hash by a terminal associated with a registrar of the domain; and (ii) the terminal associated with the registrar to: (a) decrypt the encrypted and signed hash using the private key to obtain the hashed code, (b) attempt to validate an authenticity of the hashed code, and (c) control inclusion of the hashed code in a blockchain record based on a result of the attempt to validate the authenticity of the hashed code. hash, by at least the processor, computer code corresponding to network-accessible content to generate a hashed code, wherein the network-accessible content is to be hosted at a network address corresponding to a domain; encrypt and sign, by at least the processor, the hashed code to generate an encrypted and signed hash, wherein the hashed code is encrypted using: (i) a private key associated with a source of the network-accessible content, and (ii) a public key associated with a registrar of the domain; and transmit, by at least the processor, the encrypted and signed hash and the domain to a blockchain, wherein the instructions comprise further instructions that, when executed by at least the processor, cause: (i) the blockchain to request validation of the encrypted and signed hash by a terminal associated with a registrar of the domain; and (ii) the terminal associated with the registrar to: (a) decrypt the encrypted and signed hash using the private key to obtain the hashed code, (b) attempt to validate an authenticity of the hashed code, and (c) control inclusion of the hashed code in a blockchain record based on a result of the attempt to validate the authenticity of the hashed code. (i) the blockchain to request validation of the encrypted and signed hash by a terminal associated with a registrar of the domain; and (ii) the terminal associated with the registrar to: (a) decrypt the encrypted and signed hash using the private key to obtain the hashed code, (b) attempt to validate an authenticity of the hashed code, and (c) control inclusion of the hashed code in a blockchain record based on a result of the attempt to validate the authenticity of the hashed code.
An antenna system configured to generate orthogonal diagrams comprising an array of antenna elements (1, 2) comprising: - a plurality of primary elements comprising two access ports; - a plurality of secondary elements comprising one or two access ports; - a plurality of power supply circuits configured to drive at least one access port of each primary element; - a plurality of reactive loads (jXi) connected to: ∘ one of the access ports of a primary element which is not driven via a power supply circuit; and ∘ one or two access ports of a secondary element, each access port of a primary element or of a secondary element being configured to generate an operating mode, the operating modes being orthogonal to each other in the case of several access ports, the secondary elements being driven by mutual couplings with the primary elements, the power supply circuits and the reactive loads (jXi) making it possible to configure the contribution of the primary and secondary elements to the orthogonal radiation patterns of said antenna system. - a plurality of primary elements comprising two access ports; - a plurality of secondary elements comprising one or two access ports; - a plurality of power supply circuits configured to drive at least one access port of each primary element; - a plurality of reactive loads (jXi) connected to: ∘ one of the access ports of a primary element which is not driven via a power supply circuit; and ∘ one or two access ports of a secondary element, ∘ one of the access ports of a primary element which is not driven via a power supply circuit; and ∘ one or two access ports of a secondary element,
An antibody which binds selectively to a protein or polypeptide, wherein the protein or polypeptide is encoded by a nucleic acid which comprises a nucleic acid sequence selected from the group consisting of SEQ ID NOs: 20, 21, 54, 55, 56 and 57.