mhurhangee/ep-ind-claims huggingface dataset:
A lighting element for a vehicle comprising: a circuit board including at least one illuminator thereon; a housing having an optical element in register with the at least one illuminator on the circuit board; a heat sink; a thermal pad positioned between the circuit board and the heat sink; characterised by the housing including a peripheral wall enveloping a periphery of the circuit board, the housing having at least one inwardly-extending leg having a retainer thereon; said heat sink having at least one recess in alignment with the at least one inwardly-extending leg on the peripheral wall of the housing; and wherein the inwardly-extending leg is positioned between the circuit board and the heat sink and wherein the inwardly extending leg extends toward another portion of the peripheral wall, different from the portion of the peripheral wall from which the inwardly-extending leg extends. a circuit board including at least one illuminator thereon; a housing having an optical element in register with the at least one illuminator on the circuit board; a heat sink; a thermal pad positioned between the circuit board and the heat sink; characterised by the housing including a peripheral wall enveloping a periphery of the circuit board, the housing having at least one inwardly-extending leg having a retainer thereon; said heat sink having at least one recess in alignment with the at least one inwardly-extending leg on the peripheral wall of the housing; and wherein the inwardly-extending leg is positioned between the circuit board and the heat sink and wherein the inwardly extending leg extends toward another portion of the peripheral wall, different from the portion of the peripheral wall from which the inwardly-extending leg extends.
An item of aircraft furniture comprising a mounting structure for mounting the item of aircraft furniture in an aircraft, the mounting structure comprising: a base plate, a first connection assembly extending from the base plate and configured for engagement with a first mounting track, the first connection assembly being the only connection assembly configured for engagement with the first mounting track; a first support securely engaged to the base plate by fasteners and configured to abut, when the item is mounted, the top of the first mounting track at a location fore of the first connection assembly and a third support securely engaged to the base plate by fasteners and configured to abut, when the item is mounted, the top of the first mounting track at a location aft of the first connection assembly, wherein the first support is separate to and spaced from the first connection assembly, and the third support is separate to and spaced from the first connection assembly. a base plate, a first connection assembly extending from the base plate and configured for engagement with a first mounting track, the first connection assembly being the only connection assembly configured for engagement with the first mounting track; a first support securely engaged to the base plate by fasteners and configured to abut, when the item is mounted, the top of the first mounting track at a location fore of the first connection assembly and a third support securely engaged to the base plate by fasteners and configured to abut, when the item is mounted, the top of the first mounting track at a location aft of the first connection assembly, wherein the first support is separate to and spaced from the first connection assembly, and the third support is separate to and spaced from the first connection assembly.
A method of inoculating a growing plant with Gluconacetobacter diazotrophicus comprising wounding said plant above ground level in a preliminary step and, subsequent to the preliminary step, administering the Gluconacetobacter diazotrophicus to the wound of the plant produced by said wounding.
A method for modeling real-time protein stability, comprising the steps: (a) determining short term protein stability within a specific temperature range over the course of 1 to 12 weeks; (b) plotting the data obtained in step (a) in an Arrhenius plot; (c) identifying the linear part of the Arrhenius plot established in step (b); (d) determining the highest temperature underlying the linear part of the Arrhenius plot determined in step (c); (e) performing accelerated stability studies at the temperature determined in step (d); and (f) determining real-time protein stability based on the accelerated stability data obtained in step (e). (a) determining short term protein stability within a specific temperature range over the course of 1 to 12 weeks; (b) plotting the data obtained in step (a) in an Arrhenius plot; (c) identifying the linear part of the Arrhenius plot established in step (b); (d) determining the highest temperature underlying the linear part of the Arrhenius plot determined in step (c); (e) performing accelerated stability studies at the temperature determined in step (d); and (f) determining real-time protein stability based on the accelerated stability data obtained in step (e).
An electrode unit for use in a fryer system configured to measure cooking medium quality, the electrode unit comprising: an electrode plate comprising a first side and a second side opposite the first side, the electrode plate configured to be completely immersed in a cooking medium, the electrode plate having a height, a width, and a thickness; an insulator having a first side formed on the first side of the electrode plate and covering a surface of the electrode plate defined by the height and the width, the insulator having a second side configured to attach to a cooking vessel of the fryer system; a guard ring configured to attach to the cooking vessel of the fryer system and surrounding the electrode plate and the insulator, wherein the guard ring is positioned to form a gap between the guard ring and the electrode plate and the insulator in the height and the width directions, wherein a size of the gap sets an electrode gain of the electrode plate, the guard ring configured to extend further from the cooking vessel than the electrode plate and the insulator; and the second side of the electrode plate having a smooth surface. an electrode plate comprising a first side and a second side opposite the first side, the electrode plate configured to be completely immersed in a cooking medium, the electrode plate having a height, a width, and a thickness; an insulator having a first side formed on the first side of the electrode plate and covering a surface of the electrode plate defined by the height and the width, the insulator having a second side configured to attach to a cooking vessel of the fryer system; a guard ring configured to attach to the cooking vessel of the fryer system and surrounding the electrode plate and the insulator, wherein the guard ring is positioned to form a gap between the guard ring and the electrode plate and the insulator in the height and the width directions, wherein a size of the gap sets an electrode gain of the electrode plate, the guard ring configured to extend further from the cooking vessel than the electrode plate and the insulator; and the second side of the electrode plate having a smooth surface.
Accumulation conveyor of articles by endless conveyor band, formed by assembling: - a plurality of independent adjustable-capacity accumulation modules, extending along parallel or non-parallel directions, the accumulation capacity being adjustable, at least one of independently or jointly, with the other accumulation modules, the accumulation modules being removably mounted on a common infrastructure, each module being attached to the infrastructure by means of flanges, each module comprising an independent frame defining two parallel tracks respectively for an advance strand and a return strand of the band; - at least one transfer device inserted between two adjacent modules and connecting a track for a return strand of the band to a first accumulation module and a track for an advance strand of the band to a second module, adjacent to the first; characterized in that - each module is further equiped with a movable carriage provided with a transfer wheel that is interposed between the advance and return strand (10, 11) and mounted on a pair of slide rails of the frame and by - an endless conveyor band common to the accumulation modules and to the transfer device. - a plurality of independent adjustable-capacity accumulation modules, extending along parallel or non-parallel directions, the accumulation capacity being adjustable, at least one of independently or jointly, with the other accumulation modules, the accumulation modules being removably mounted on a common infrastructure, each module being attached to the infrastructure by means of flanges, each module comprising an independent frame defining two parallel tracks respectively for an advance strand and a return strand of the band; - at least one transfer device inserted between two adjacent modules and connecting a track for a return strand of the band to a first accumulation module and a track for an advance strand of the band to a second module, adjacent to the first; characterized in that - each module is further equiped with a movable carriage provided with a transfer wheel that is interposed between the advance and return strand (10, 11) and mounted on a pair of slide rails of the frame and by - an endless conveyor band common to the accumulation modules and to the transfer device.
An apparatus comprising: a time management system configured to receive signals from a plurality of time sources, select a signal having a desired level of accuracy from the signals, and set a reference time in a network associated with the time management system using the signal; a cryptography system configured to encrypt data to be transmitted through the network to form encrypted data wherein the encrypted data comprises a number of encrypted headers and an encrypted body, and wherein the encrypted headers comprise information about a destination; a network reservation system configured to identify a next node in the network based on a destination for the encrypted data and generate a request to reserve a number of time intervals for transmitting the encrypted data to the next node through the network, wherein a time interval is a time between transmission of the encrypted data in the network using the reference time; and a network interface configured to transmit the encrypted data in the network during the number of time intervals responsive to receiving an approval for the request from the next node, wherein the apparatus being further configured to provide pre-reserved paths for transmitting the encrypted data through the network, wherein a path is pre-reserved when a node of the network is preconfigured with reservations for the number of time intervals which are stored in configuration data for the node, and wherein the encrypted data is sent to the next node without decrypting the data to identify the destination. a time management system configured to receive signals from a plurality of time sources, select a signal having a desired level of accuracy from the signals, and set a reference time in a network associated with the time management system using the signal; a cryptography system configured to encrypt data to be transmitted through the network to form encrypted data wherein the encrypted data comprises a number of encrypted headers and an encrypted body, and wherein the encrypted headers comprise information about a destination; a network reservation system configured to identify a next node in the network based on a destination for the encrypted data and generate a request to reserve a number of time intervals for transmitting the encrypted data to the next node through the network, wherein a time interval is a time between transmission of the encrypted data in the network using the reference time; and a network interface configured to transmit the encrypted data in the network during the number of time intervals responsive to receiving an approval for the request from the next node, wherein the apparatus being further configured to provide pre-reserved paths for transmitting the encrypted data through the network, wherein a path is pre-reserved when a node of the network is preconfigured with reservations for the number of time intervals which are stored in configuration data for the node, and wherein the encrypted data is sent to the next node without decrypting the data to identify the destination.
A bag for medial use comprising two transparent films delimiting at least a first compartment and a second compartment, a peelable seal between the first compartment and the second compartment, a permanent seal on the contour of said bag, at least one filling tube, an opening on the first compartment, and two labels having a complex containing aluminum, sealed to the first compartment, one of said labels being located on the rear face and the other label being located on the front face of the said bag, the opening on the first compartment being delimited by an extension of the films above the labels, said extension being sealed only on the two sides, but not horizontally and being flexible enough to allow easy opening.
Method of manufacturing a strip of rubber comprising discontinuous reinforcers, the method of manufacture comprising at least one step consisting in cutting the reinforcers of a strip of rubber comprising reinforcers capable of being cut and progressing in a direction of conveying, the method of manufacture being characterized in that each cutting of a reinforcer is performed by heating the reinforcer locally and remotely using a laser beam, in that a transverse plane dividing the strip into two parts in its thickness, the laser beam is moved in at least one transverse direction perpendicular to the longitudinal axis of the strip and parallel to a transverse plane of the strip, and in that the laser beam is also moved in a longitudinal direction parallel to the longitudinal axis of the strip.
A thermoplastic composite laminate comprising in order of: (a) a top layer composed of at least one thermoplastic film, (b) a first tie layer, (c) a fabric layer composed of a fabric comprising aromatic polyamide fibers and a surface activation agent, (d) a second tie layer, and (e) a bottom layer composed of at least one thermoplastic film, wherein the fabric layer has a first surface and a second surface, the first tie layer is bound to the top layer and the first surface of the fabric layer and the second tie layer is bound to the second surface of the fabric layer and the bottom layer, the thermoplastic film of the top or bottom layer comprises or is produced from polyamide, polycarbonate, or a mixture thereof, each of the first tie layer and the second tie layer independently comprises ethylene-vinyl acetate copolymer, chemically modified ethylene-vinyl acetate copolymer, ethylene-methacrylate copolymer, ethylene-acrylic acid copolymer, chemically modified ethylene-acrylic acid copolymer, or a mixture thereof, wherein the ethylene-methacrylate copolymer is ethylene-methacrylic acid copolymer, the aromatic polyamide fibers are produced from poly(p-phenylene terephthalamide) homopolymer, poly(p-phenylene terephthalamide) copolymer, poly(m-phenylene isophthalamide) homopolymer, poly(m-phenylene isophthalamide) copolymer, polysulfonamide homopolymer, polysulfonamide copolymer, or a mixture thereof, the surface activation agent is silanes, epoxides, or isocyanates, and the thermoplastic composite laminate has a 25% or more increase in the average bonding strength as compared to that of a comparative laminate having an untreated fabric for the fabric layer and lacking the first tie layer and the second tie layer. (a) a top layer composed of at least one thermoplastic film, (b) a first tie layer, (c) a fabric layer composed of a fabric comprising aromatic polyamide fibers and a surface activation agent, (d) a second tie layer, and (e) a bottom layer composed of at least one thermoplastic film,
A Dermatophagoides farinae protein selected from the group consisting of the following (a) to (c): (a) a protein comprising an amino acid sequence set forth in SEQ ID NO:2; (b) a protein comprising an amino acid sequence in which 1 to 10 amino acids have been substituted, deleted, or added relative to the amino acid sequence set forth in SEQ ID NO:2, and having reactivity with serum IgE from a patient of an allergic disease caused by Dermatophagoides farinae; and (c) a protein comprising an amino acid sequence having 90% or higher identity with the amino acid sequence set forth in SEQ ID NO:2, and having reactivity with serum IgE from a patient of an allergic disease caused by Dermatophagoides farinae. (a) a protein comprising an amino acid sequence set forth in SEQ ID NO:2; (b) a protein comprising an amino acid sequence in which 1 to 10 amino acids have been substituted, deleted, or added relative to the amino acid sequence set forth in SEQ ID NO:2, and having reactivity with serum IgE from a patient of an allergic disease caused by Dermatophagoides farinae; and (c) a protein comprising an amino acid sequence having 90% or higher identity with the amino acid sequence set forth in SEQ ID NO:2, and having reactivity with serum IgE from a patient of an allergic disease caused by Dermatophagoides farinae.
A method for determining an estimated value of an arc voltage (û LB) of an arc burning between a welding electrode and a workpiece, wherein a line voltage drop (us) of a welding line between a measurement point on the welding line and the arc is determined using a welding line model with model parameters (p M), and the welding line model models the welding line as a transfer system with a welding current (is) flowing via the welding line or a measurement voltage (u M) present at the measurement point as input variable u and the line voltage drop (us) as output variable y, in order to determine a current estimated value for the line voltage drop (us) for a current welding current (is) or a current measurement voltage (u M), and the estimated value of the arc voltage (û LB) is determined using a known relationship between line voltage drop (us) and arc voltage (u LB), characterized in that for estimating the arc voltage (û LB), the welding line is modeled using the welding line model in the form of a transfer system with an order greater than one, and in that the estimated value of the arc voltage (û LB) is determined as the difference between the measurement voltage (u M) at the measurement point and the determined line voltage drop (us).
A method of forming a vacuum-insulated glass window, comprising: providing a first glass pane (20B, 20M) having a first body portion (23B, 23M) with a first surface (24B, 22M) a first edge (28B, 28M) and a first plurality of glass bump spacers and comprising a first glass material; bringing a second glass pane having a second surface and a second edge and comprising a second glass material in contact with the first plurality of glass-bump spacers so that the first (20B, 20M) and second glass panes are spaced apart by a first distance between the first and second surfaces; sealing the first and second edges to define an interior region (40, 40A) between the first and second glass panes; and forming a vacuum pressure of less than one atmosphere in the interior region; characterised in that the first plurality of glass-bump spacers are created by irradiating the first glass pane (20B, 20M) at a plurality of locations with a laser beam. providing a first glass pane (20B, 20M) having a first body portion (23B, 23M) with a first surface (24B, 22M) a first edge (28B, 28M) and a first plurality of glass bump spacers and comprising a first glass material; bringing a second glass pane having a second surface and a second edge and comprising a second glass material in contact with the first plurality of glass-bump spacers so that the first (20B, 20M) and second glass panes are spaced apart by a first distance between the first and second surfaces; sealing the first and second edges to define an interior region (40, 40A) between the first and second glass panes; and forming a vacuum pressure of less than one atmosphere in the interior region; characterised in that the first plurality of glass-bump spacers are created by irradiating the first glass pane (20B, 20M) at a plurality of locations with a laser beam.
Method for a UMTS mobile radio network for transmitting at least one group message to at least one group of one or more subscriber devices in at least one radio cell of a UMTS radio communication network, the base station (NodeB1) of each radio cell being controlled by at least one higher-order radio network controller, characterised in that the higher-order radio network controller specifically monitors whether and/or how many subscriber devices (UE1, UE2) in each radio cell are currently subscribed to the relevant group, and that the group message is transmitted once by means of a multicast transmission to the group in the radio cell.
A fifth wheel hitch assembly, comprising: a mounting bracket adapted to support a fifth wheel hitch plate and having a substantially vertical surface; a vehicle frame rail having a substantially horizontal portion and an outwardly facing, substantially vertical portion; and characterized by a support bracket having a first portion secured to the outwardly facing, substantially vertical portion of the vehicle frame rail by mechanical fasteners inserted through aligned apertures of the first portion and the vertical portion and a second portion secured to the outwardly facing, substantially vertical surface of the mounting bracket. a mounting bracket adapted to support a fifth wheel hitch plate and having a substantially vertical surface; a vehicle frame rail having a substantially horizontal portion and an outwardly facing, substantially vertical portion; and characterized by a support bracket having a first portion secured to the outwardly facing, substantially vertical portion of the vehicle frame rail by mechanical fasteners inserted through aligned apertures of the first portion and the vertical portion and a second portion secured to the outwardly facing, substantially vertical surface of the mounting bracket.