mhurhangee/ep-ind-claims huggingface dataset:
A turbine engine comprising: first and second accessory drive gearboxes (40, 140) rotationally coupled to at least one spool (14; 24) which includes low and high spools (14, 24) rotatable about a common axis, the first and second accessory drive gearboxes (40, 140) being rotationally coupled to the low and high spools (14, 24), respectively; core and fan nacelles (12, 34), the core nacelle surrounding the at least one spool (14, 24), the fan nacelle surrounding the core nacelle to provide a bypass flow path between the nacelles (12, 34), and the accessory drive gearboxes (40, 140); a fan case surrounding a fan that is arranged upstream from the core nacelle, and a core housing arranged about the at least one spool (14, 24), the accessory drive gearboxes (40, 140) supported by at least one of the fan case and the core housing, the core nacelle being arranged radially outwardly of the core housing providing a first radial space there between, and the fan nacelle is arranged radially outwardly of fan case providing a second radial space there between; accessory drive components including at least two of a fuel pump, a generator, a lubrication pump, or a starter; and wherein one of the accessory components is mounted to and driven by the first accessory drive gearbox, and another of the accessory components is mounted to and driven by the second accessory drive gearbox, the first and second accessory drive gearboxes (40, 140) being arranged within the first and second radial spaces, respectively. first and second accessory drive gearboxes (40, 140) rotationally coupled to at least one spool (14; 24) which includes low and high spools (14, 24) rotatable about a common axis, the first and second accessory drive gearboxes (40, 140) being rotationally coupled to the low and high spools (14, 24), respectively; core and fan nacelles (12, 34), the core nacelle surrounding the at least one spool (14, 24), the fan nacelle surrounding the core nacelle to provide a bypass flow path between the nacelles (12, 34), and the accessory drive gearboxes (40, 140); a fan case surrounding a fan that is arranged upstream from the core nacelle, and a core housing arranged about the at least one spool (14, 24), the accessory drive gearboxes (40, 140) supported by at least one of the fan case and the core housing, the core nacelle being arranged radially outwardly of the core housing providing a first radial space there between, and the fan nacelle is arranged radially outwardly of fan case providing a second radial space there between; accessory drive components including at least two of a fuel pump, a generator, a lubrication pump, or a starter; and wherein one of the accessory components is mounted to and driven by the first accessory drive gearbox, and another of the accessory components is mounted to and driven by the second accessory drive gearbox, the first and second accessory drive gearboxes (40, 140) being arranged within the first and second radial spaces, respectively.
A combined setting welding device designed to set stud-like welding auxiliary joining parts in at least one first layer of material and to mechanically-thermally deform these at a second layer of material made of electrically conductive material or at an electrically conductive area of a second layer of material and to connect these in a material-fit manner by a welding operation in the contact area, wherein the setting welding device has the following features: - a driven punch, which is movable with a setting force of at least 5 kN, preferably at least 8 kN, against an oppositely arranged counter support, wherein - the punch and the counter support are designed electrically conductively and connectable with an electrical current source so that the punch and the counter support each form one welding electrode, and the combined setting welding device is characterized in that it further comprises - an electronic control system of the setting welding device with a combined control and/or regulation device so that combined mechanical and electrical loads are generatable via the punch and the counter support at the welding auxiliary joining part, wherein the combined mechanical and electrical loads ensure a mechanically and thermally supported penetration of the at least one first layer of material and a planar welding with the second layer of material. - a driven punch, which is movable with a setting force of at least 5 kN, preferably at least 8 kN, against an oppositely arranged counter support, wherein - the punch and the counter support are designed electrically conductively and connectable with an electrical current source so that the punch and the counter support each form one welding electrode, and the combined setting welding device is characterized in that it further comprises - an electronic control system of the setting welding device with a combined control and/or regulation device so that combined mechanical and electrical loads are generatable via the punch and the counter support at the welding auxiliary joining part, wherein the combined mechanical and electrical loads ensure a mechanically and thermally supported penetration of the at least one first layer of material and a planar welding with the second layer of material.
A method of making fancy orange single crystal synthetic CVD diamond material, the method comprising: (i) providing a single crystal diamond material that has been grown by CVD and has a [N s 0] concentration less than 5 ppm; (ii) irradiating the provided CVD diamond material with electron beam irradiation so as to introduce isolated vacancies V into at least part of the provided CVD diamond material such that the total concentration of isolated vacancies [V T] in the irradiated diamond material is at least the greater of (a) 0.5 ppm and (b) 50% higher than the [N s 0] concentration in ppm in the provided diamond material, and (iii) annealing the irradiated diamond material to forming vacancy chains from at least some of the introduced isolated vacancies, wherein the annealing is carried out at a temperature of at least 700°C and at most 900°C for a period of at least 2 hours, and wherein the irradiation and annealing steps reduce the concentration of isolated vacancies in the diamond material, whereby the concentration of isolated vacancies in the irradiated and annealed diamond material is < 0.3 ppm, wherein the fancy orange single crystal synthetic CVD diamond material has the following colour characteristics measured for an equivalent 0.5 ct Round Brilliant Cut diamond: Characteristic Range Hue angle α 68°-90° Saturation C* 2-70 Lightness L* >45
A method for removing a flaw of a treated, in particular finish-painted surface by grinding, wherein after a detection of the flaw, a flexible abrasive sheet is moved toward the surface and pressed against the flaw to be treated, characterized in that the flaw is detected by means of a sensor system, which is operationally connected to a robot arm supporting a grinding disk, wherein the abrasive sheet formed as an abrasive belt is supplied to the grinding disk and it is pressed against the flaw.
A mobile data memory, comprising a data memory module and a holding or carrying device, wherein the data memory module has a non-volatile, re-writeable semiconductor memory and an access controller with a communication module, wherein, furthermore, the communication module is connected to a communication interface, characterized in that the data memory module is integrated in the holding or carrying device and that the holding or carrying device has a contact detection unit, and that, furthermore, the data memory module has an assignment monitoring module which is configured for evaluating the contact detection unit which is connected to the semiconductor memory and/or the access controller.
A fire suppressing gas generator comprising: a cylindrical housing comprising an array of discharge ports in a generally uniformly 360 degree distribution thereon; a filter disposed within the housing and spaced from the interior wall of the housing, wherein the filter is spaced from the interior wall of the housing with a plenum wire wrapped around the filter; a plurality of propellant grains (1016, 1022, 1024) inside the filter, wherein the plurality of propellant grains (1016, 1022, 1024) comprises at least one column of stacked propellant grains (1016, 1022, 1024), wherein the plurality of propellant grains are azide-based propellant grains, preferably sodium azide propellant grains; and at least one ignition device associated with the propellant grains (1016, 1022, 1024); the propellant grains (1016, 1022, 1024) when ignited by the ignition device generate a fire suppressing gas which passes through the filter and out of the discharge ports of the housing for delivery into a space and wherein the distribution of the discharge ports on the housing provides substantially thrust neutrality to the generator when the fire suppressing gas passes out of the discharge ports, characterized in that the single column, or in case of a plurality of columns the central column comprises an end grain at an end thereof that includes a central bore dimensioned to receive at least a portion of the ignition device therein. a cylindrical housing comprising an array of discharge ports in a generally uniformly 360 degree distribution thereon; a filter disposed within the housing and spaced from the interior wall of the housing, wherein the filter is spaced from the interior wall of the housing with a plenum wire wrapped around the filter; a plurality of propellant grains (1016, 1022, 1024) inside the filter, wherein the plurality of propellant grains (1016, 1022, 1024) comprises at least one column of stacked propellant grains (1016, 1022, 1024), wherein the plurality of propellant grains are azide-based propellant grains, preferably sodium azide propellant grains; and at least one ignition device associated with the propellant grains (1016, 1022, 1024); the propellant grains (1016, 1022, 1024) when ignited by the ignition device generate a fire suppressing gas which passes through the filter and out of the discharge ports of the housing for delivery into a space and wherein the distribution of the discharge ports on the housing provides substantially thrust neutrality to the generator when the fire suppressing gas passes out of the discharge ports, characterized in that the single column, or in case of a plurality of columns the central column comprises an end grain at an end thereof that includes a central bore dimensioned to receive at least a portion of the ignition device therein.
A method for using a smart access control reader in an access control system comprising: disconnecting an access control reader from a wiring of the access control system, the access control reader configured to transmit a second credential via the wiring of the access control system; installing the smart access control reader to the access control system, by connecting the smart access control reader to the access control system via the wiring of the access control system; receiving, by the smart access control reader, the second credential from a mobile device; receiving, by the smart access control reader, one or more first credentials for authenticating one or more users by the access control system; determining, by the smart access control reader, that the one or more first credentials are authorized; and transmitting, by the smart access control reader, the second credential to an access control panel of the access control system, in response to a request by a first user to access an area monitored by the access control system and without use of the access control reader. disconnecting an access control reader from a wiring of the access control system, the access control reader configured to transmit a second credential via the wiring of the access control system; installing the smart access control reader to the access control system, by connecting the smart access control reader to the access control system via the wiring of the access control system; receiving, by the smart access control reader, the second credential from a mobile device; receiving, by the smart access control reader, one or more first credentials for authenticating one or more users by the access control system; determining, by the smart access control reader, that the one or more first credentials are authorized; and transmitting, by the smart access control reader, the second credential to an access control panel of the access control system, in response to a request by a first user to access an area monitored by the access control system and without use of the access control reader.
A fuel composition comprising a) fossil diesel component b) oxygenate component in an amount from 1 vol-% to 10 vol-%, preferably from 5 vol-% to 10 vol-% of the total fuel composition volume, wherein i. said oxygenate is a monoether having a molar mass from 128 to 300 g/mol, and ii. said oxygenate is of structure R 1 -O-R 2 (formula 1), in which formula R 1 and R 2 are same or different and selected from C 1 -C 15 alkyl groups, c) renewable paraffinic diesel component in an amount from 5 vol-% to 15 vol-% of the total fuel composition volume, wherein the sum amount of said oxygenate component and said renewable paraffinic diesel component is from 6 to 25 vol-%, preferably from 10 vol-% to 20 vol-% of the total fuel composition volume. a) fossil diesel component b) oxygenate component in an amount from 1 vol-% to 10 vol-%, preferably from 5 vol-% to 10 vol-% of the total fuel composition volume, wherein i. said oxygenate is a monoether having a molar mass from 128 to 300 g/mol, and ii. said oxygenate is of structure R 1 -O-R 2 (formula 1), in which formula R 1 and R 2 are same or different and selected from C 1 -C 15 alkyl groups, i. said oxygenate is a monoether having a molar mass from 128 to 300 g/mol, and ii. said oxygenate is of structure R 1 -O-R 2 (formula 1), in which formula R 1 and R 2 are same or different and selected from C 1 -C 15 alkyl groups, c) renewable paraffinic diesel component in an amount from 5 vol-% to 15 vol-% of the total fuel composition volume,
A bypass filter for filtering oil and/or fuel characterised in that the filter comprising: a body to encase internal parts of the bypass filter, the body having an inlet for allowing fluid into the filter; the internal parts of the bypass filter including at least one screen for filtering particles from the fluid, a cellulose element for filtering moisture from the fluid, and a relief channel for fluid to bypass the cellulose element and exit the filter; the body further having an outlet for allowing fluid out of the bypass filter; characterized in that the bypass filter further comprises a restriction orifice as an internal part, the orifice being positioned between the at least one screen and the cellulose element, the restriction orifice only allowing the passage of a controlled volume of the fluid that has passed through the at least one screen to the cellulose element, thereby restricting the volume of fluid to be filtered, with the remainder of the fluid entering the relief channel; and wherein the at least one screen is disposed between the inlet and the restriction orifice, for filtering particles from the fluid entering the relief channel and the restriction orifice. a body to encase internal parts of the bypass filter, the body having an inlet for allowing fluid into the filter; the internal parts of the bypass filter including at least one screen for filtering particles from the fluid, a cellulose element for filtering moisture from the fluid, and a relief channel for fluid to bypass the cellulose element and exit the filter; at least one screen for filtering particles from the fluid, a cellulose element for filtering moisture from the fluid, and a relief channel for fluid to bypass the cellulose element and exit the filter; the body further having an outlet for allowing fluid out of the bypass filter; characterized in that the bypass filter further comprises a restriction orifice as an internal part, the orifice being positioned between the at least one screen and the cellulose element, the restriction orifice only allowing the passage of a controlled volume of the fluid that has passed through the at least one screen to the cellulose element, thereby restricting the volume of fluid to be filtered, with the remainder of the fluid entering the relief channel; and wherein the at least one screen is disposed between the inlet and the restriction orifice, for filtering particles from the fluid entering the relief channel and the restriction orifice.
A station for forming a round bouquet with twisted stems from cut flowers, said station comprising, in the usage configuration, a screen against which each stem is able to bear by the top of the flower, a stem holder positioned opposite the screen and able to support the stems at their free end and, positioned between the screen and the holder, a flower placement template, characterized in that the placement template is formed by a plurality of passages positioned side by side in an arrangement radiating around the holder for an orientation of an open end of each passage toward the holder, and in that the screen has a curved general profile with the concave side facing said holder.
A photosensitive resin composition characterized by containing an inorganic fine particle whose average particle diameter is greater than or equal to 0.5 μm and less than or equal to 4 μm and whose sphericity is greater than or equal to 0.9, a polyamide having in a molecular main chain an aliphatic ring and/or having a skeleton represented by general formula, a compound having an ethylenic double bond, and a photopolymerization initiating agent.
A guide wire (400, 500, 600, 700, 800, 900, 1000, 1200, 1300), wherein the guide wire has a shaft region and a distal tip region, wherein the shaft region has a length, wherein the shaft region comprises a composite shaft comprising fibers aligned with the length of the shaft region, wherein the fibers extend at least partially into the distal tip region, wherein the distal tip region comprises a sensor (504, 604, 702, 704, 804, 904, 1006, 1008), wherein the shaft comprises a cable (502, 602, 702, 704, 802, 902, 1002, 1004), and wherein the cable is connected to the sensor, wherein the cable (502, 702, 704, 902, 1002, 1004) is within the center of the composite shaft, and wherein the cable is a fiber optic cable (502, 702, 704, 902, 1002, 1004).
A wheel-rim protector comprising a flexible elongate body having first and second ends (14, 16), and a connector for connecting the first and second ends (14, 16), the connector includes an anti-lift element, characterised in that the anti-lift element has a longitudinal undercut along at least one side of the first end to slidably receive a respective edge of the second end to prevent or limit lateral disengagement of the first end away from the second end.
Bypass turbojet engine comprising a fan which is driven, by means of a fan shaft which is supported by at least two first bearings (11, 12), by a turbine shaft which is supported by at least one second bearing having a fixed ring and a movable ring, said turbine shaft driving said fan shaft through a device for reducing the rotational speed, said device for reducing the rotational speed and said first and second bearings being received in a lubrication vessel, the casing of which comprises fixed portions and movable portions which are interconnected by sealing means (29, 30, 31), said device for reducing speed having an input wheel which is shaped so as to receive the torque transmitted by said turbine shaft by drive means (8, 9) which are connected to said movable ring, the lubrication vessel forms a ring which is coaxial with the turbine shaft, and said drive means (8, 9) have a drive ring forming a portion of the movable sealing walls of the casing of the lubrication vessel,, characterised in that said movable portions of the casing of the lubrication vessel comprise the fan shaft, a downstream extension casing of said fan shaft supporting the sealing means between the fan shaft and said drive means, and said drive means (8, 9).
A wireless communication apparatus (STA-B) including a first number of antennas for receiving spatially multiplexed streams from an initiator (STA-A) including a second number of antennas, the second number being an integer equal to or greater than two, and the first number being an integer equal to or greater than one, the apparatus (STA-B) comprising: training packet transmitting means for transmitting a training packet including training series for exciting a backward channel matrix having the second number of rows and a third number of columns to the initiator; data packet receiving means for receiving a data packet from the initiator (STA-A), the data packet being beamformed in a transmission weight matrix for beamforming obtained from an estimation channel matrix based on the training series; and space division means for multiplying a reception vector, composed of signals received by the antennas of the apparatus (STA-B), by a reception weight matrix obtained from a forward estimation channel matrix, and spatially decoding a spatially multiplexed signal, characterized in that: the apparatus (STA-B) further comprises notification receiving means for receiving notification of a channel estimation maximum dimension of the initiator (STA-A); and the training packet transmission means is configured to suppress the number of streams in the training packet transmitted from the apparatus (STA-B) to the initiator (STA-A) to be equal to the third number, which is less than or equal to the channel estimation maximum dimension. training packet transmitting means for transmitting a training packet including training series for exciting a backward channel matrix having the second number of rows and a third number of columns to the initiator; data packet receiving means for receiving a data packet from the initiator (STA-A), the data packet being beamformed in a transmission weight matrix for beamforming obtained from an estimation channel matrix based on the training series; and space division means for multiplying a reception vector, composed of signals received by the antennas of the apparatus (STA-B), by a reception weight matrix obtained from a forward estimation channel matrix, and spatially decoding a spatially multiplexed signal, characterized in that: the apparatus (STA-B) further comprises notification receiving means for receiving notification of a channel estimation maximum dimension of the initiator (STA-A); and the training packet transmission means is configured to suppress the number of streams in the training packet transmitted from the apparatus (STA-B) to the initiator (STA-A) to be equal to the third number, which is less than or equal to the channel estimation maximum dimension. the apparatus (STA-B) further comprises notification receiving means for receiving notification of a channel estimation maximum dimension of the initiator (STA-A); and the training packet transmission means is configured to suppress the number of streams in the training packet transmitted from the apparatus (STA-B) to the initiator (STA-A) to be equal to the third number, which is less than or equal to the channel estimation maximum dimension.