mhurhangee/ep-ind-claims huggingface dataset:
A portable fuel tank assembly comprising: a portable fuel tank configured to hold fuel; and a support configured to be connected to a supporting surface and configured to hold the fuel tank stationary with respect to the supporting surface; wherein the fuel tank comprises a first quick connector configured for fluid communication with the fuel in the fuel tank; wherein the support comprises a second quick connector configured to mate and provide fluid communication with the first quick connector; wherein the fuel tank and support are configured such that securing the fuel tank in the support simultaneously mates the second quick connector to the first quick connector to provide for fluid communication between the second quick connector and the fuel in the fuel tank; and wherein the support comprises a piloting feature that mates with a corresponding piloting feature on the fuel tank at the same time the second quick connector is mated to the first quick connector. a portable fuel tank configured to hold fuel; and a support configured to be connected to a supporting surface and configured to hold the fuel tank stationary with respect to the supporting surface; wherein the fuel tank comprises a first quick connector configured for fluid communication with the fuel in the fuel tank; wherein the support comprises a second quick connector configured to mate and provide fluid communication with the first quick connector; wherein the fuel tank and support are configured such that securing the fuel tank in the support simultaneously mates the second quick connector to the first quick connector to provide for fluid communication between the second quick connector and the fuel in the fuel tank; and wherein the support comprises a piloting feature that mates with a corresponding piloting feature on the fuel tank at the same time the second quick connector is mated to the first quick connector.
A transmitter (900, 1006) arranged to transmit binary information using a binary amplitude shift keying where information symbols are represented by a signal including a first power state and a second power state, the first power state having a higher signal power than the second power state, where a duration of a bit includes a first part where the second power state is applied irrespective of which binary value being represented, and a second part where a binary value is represented by any of the first power and a third power state or a combination pattern of the first power state and the third power state, where the first power state has a higher signal power than the third power state, wherein the duration of the second part is equal or less the duration of the first part and the signal power of the first power state is such that the binary values are distinguishably decodable, characterised in that the duration of the second part and the signal power of the first power state are jointly selected where the signal power of the first power state is selected to be a maximum power given by any of specified minimum hardware capacity of the transmitter or regulatory limitations, whichever put power boundaries, and the the selection of the signal power of the first power state and the duration of the second part is based on a predefined average power of a bit.
A subsea fuse assembly for operation in a pressurized environment comprising: - an enclosure, the enclosure being filled with a dielectric liquid; - a pressure compensator comprising a flexible element adapted to perform a pressure equalization between the inside of the enclosure and the outside of the enclosure, the pressure compensator being mounted to the enclosure and being adapted to seal an opening in the enclosure; - a first penetrator and a second penetrator each passing through a wall of the enclosure for leading a first electric conductor and a second electric conductor, respectively, into the enclosure; and - a fuse arranged inside the enclosure and connected between the first and the second electric conductors (17, 18), wherein the subsea fuse assembly is configured such that the inside of the enclosure is sealed to the outside of the enclosure. - an enclosure, the enclosure being filled with a dielectric liquid; - a pressure compensator comprising a flexible element adapted to perform a pressure equalization between the inside of the enclosure and the outside of the enclosure, the pressure compensator being mounted to the enclosure and being adapted to seal an opening in the enclosure; - a first penetrator and a second penetrator each passing through a wall of the enclosure for leading a first electric conductor and a second electric conductor, respectively, into the enclosure; and - a fuse arranged inside the enclosure and connected between the first and the second electric conductors (17, 18), wherein the subsea fuse assembly is configured such that the inside of the enclosure is sealed to the outside of the enclosure.
A tucker finger control assembly, comprising: a tucker finger control shaft mounted for oscillating about a horizontal transverse axis; an elongate tucker finger mounted for pivoting in a desired working range about an upright axis between a standby position and a working position; a fore-and-aft extending, length-adjustable tucker finger motion transfer link extending between, and having opposite ends respectively pivotally coupled to, the control shaft and the tucker finger for selectively moving said tucker finger between said standby and working positions, wherein an actuating linkage includes a pivotal connection with the motion transfer link being defined in part by an upright bolt projecting through the tucker finger and having a hex head located below the tucker finger, characterized in comprising a hard stop arrangement being provided for engaging one of said motion transfer link and tucker finger in the event said tucker finger, when being pivoted from said working position to said standby position, is pivoted a predetermined minimal distance beyond said desired standby position before said actuating linkage is driven over-center, with said hex head forming part of said hard stop arrangement.
Method of preparing a vegan foodstuff comprising the steps of (i) providing a vegetable mash, wherein the vegetable mash comprises 80 to 90 wt.% of at least one vegetable based on the total weight of the foodstuff; (ii) adding at least one hydrocolloid to the vegetable mash to obtain a mixture, wherein the amount of the at least one hydrocolloid is 1 to 2.5 wt.% based on the total weight of the foodstuff and wherein the at least one hydrocolloid is agar-agar; and (iii) heating the mixture at a temperature of 70 to 120 °C for 0.5 to 10 minutes. (i) providing a vegetable mash, wherein the vegetable mash comprises 80 to 90 wt.% of at least one vegetable based on the total weight of the foodstuff; (ii) adding at least one hydrocolloid to the vegetable mash to obtain a mixture, wherein the amount of the at least one hydrocolloid is 1 to 2.5 wt.% based on the total weight of the foodstuff and wherein the at least one hydrocolloid is agar-agar; and (iii) heating the mixture at a temperature of 70 to 120 °C for 0.5 to 10 minutes.
A power transmitter for wirelessly providing power to a power receiver via an inductive signal; the power transmitter comprising: a variable resonance circuit for generating the inductive signal in response to a drive signal, the variable resonance circuit comprising an inductive impedance and a capacitive impedance, the resonance circuit having a variable resonance frequency and the inductive impedance comprising a transmitter coil arranged to generate the inductive signal; a driver for generating the drive signal for the variable resonance circuit; a modulator for amplitude modulating the inductive signal for transmitting data values to the power receiver by varying the variable resonance frequency in response to the data values; wherein the variable resonance circuit comprises a resonance modification circuit (1301 configured to control the variable resonance frequency by slowing a state change for at least one of the capacitive impedance and the inductive impedance for a fractional time interval of each of at least some cycles of the drive signal, and characterised in that the modulator is arranged to adapt the duration of the fractional time interval in response to the data values. a variable resonance circuit for generating the inductive signal in response to a drive signal, the variable resonance circuit comprising an inductive impedance and a capacitive impedance, the resonance circuit having a variable resonance frequency and the inductive impedance comprising a transmitter coil arranged to generate the inductive signal; a driver for generating the drive signal for the variable resonance circuit; a modulator for amplitude modulating the inductive signal for transmitting data values to the power receiver by varying the variable resonance frequency in response to the data values; wherein the variable resonance circuit comprises a resonance modification circuit (1301 configured to control the variable resonance frequency by slowing a state change for at least one of the capacitive impedance and the inductive impedance for a fractional time interval of each of at least some cycles of the drive signal, and characterised in that the modulator is arranged to adapt the duration of the fractional time interval in response to the data values.
A method of establishing a connection with a target device at a source device in a wireless network, the method comprising: transmitting, to the target device, a probe request frame comprising capability information through a pre-defined channel, wherein the capability information indicates the source device supports a capability to store discovery information of the target device; receiving, from the target device, a probe response frame comprising the discovery information of the target device; storing the discovery information of the target device; establishing a connection with the target device using the stored discovery information; if establishing a new connection with the target device is required, determining whether a validity time of the discovery information of the target device obtained from the probe response is expired; and establishing the new connection with the target device using the stored discovery information if the validity time is not expired. transmitting, to the target device, a probe request frame comprising capability information through a pre-defined channel, wherein the capability information indicates the source device supports a capability to store discovery information of the target device; receiving, from the target device, a probe response frame comprising the discovery information of the target device; storing the discovery information of the target device; establishing a connection with the target device using the stored discovery information; if establishing a new connection with the target device is required, determining whether a validity time of the discovery information of the target device obtained from the probe response is expired; and establishing the new connection with the target device using the stored discovery information if the validity time is not expired.
Process for manufacturing a wrought product in the T9 temper as per the standard EN515 comprising the successive steps: (a) casting an unwrought product made of aluminium alloy of composition, as a % by weight: Mg: 4.0 - 5.0; Li: 1.0 - 1.8; Zr: 0.05 - 0.15; Mn: 0.6; Ag: ≤ 0.5; Fe: ≤ 0.1; Ti: < 0.15; Si: ≤ 0.05; other elements ≤ 0.05 each and ≤ 0.15 in association; the remainder aluminium; (b) optionally, homogenising said unwrought product; (c) hot working said unwrought product to obtain a hot-worked product; (d) subjecting said hot-worked product to a solution heat treatment at a temperature of 360°C to 460°C, preferentially 380-420°C, for 15 minutes to 8 hours; (e) quenching said hot-worked product; (f) optionally, straightening or flattening said worked and quenched product; (g) aging said worked and quenched product; (h) cold working the worked product thus aged in a controlled manner to obtain a tensile cold permanent set from 1 to 10%, preferably from 2 to 6%, even more preferably from 3 to 5% in order to obtain a wrought product in the T9 temper as per the standard EN515. (a) casting an unwrought product made of aluminium alloy of composition, as a % by weight: Mg: 4.0 - 5.0; Li: 1.0 - 1.8; Zr: 0.05 - 0.15; Mn: 0.6; Ag: ≤ 0.5; Fe: ≤ 0.1; Ti: < 0.15; Si: ≤ 0.05; other elements ≤ 0.05 each and ≤ 0.15 in association; the remainder aluminium; (b) optionally, homogenising said unwrought product; (c) hot working said unwrought product to obtain a hot-worked product; (d) subjecting said hot-worked product to a solution heat treatment at a temperature of 360°C to 460°C, preferentially 380-420°C, for 15 minutes to 8 hours; (e) quenching said hot-worked product; (f) optionally, straightening or flattening said worked and quenched product; (g) aging said worked and quenched product; (h) cold working the worked product thus aged in a controlled manner to obtain a tensile cold permanent set from 1 to 10%, preferably from 2 to 6%, even more preferably from 3 to 5% in order to obtain a wrought product in the T9 temper as per the standard EN515.
A curable compound comprising at least one component containing one or more polyols and at least one further component containing one or more isocyanates, characterized in that the polyol component comprises at least one color indicator having at least one quinoid group and the isocyanate component contains one or more further dyes and/or pigments, wherein the color indicators are selected from the group consisting of Solvent Blue 104, Solvent Green 3, Solvent Violet 59, Solvent Green 28, Solvent Violet 13, Solvent Red 195, Solvent Orange 60, Solvent Red 179, Disperse Violet 26, and Disperse Yellow 64.
A method of streaming data from an electronic device in a network based on event-coordinated uplink network assistance data received from a network assistance device, comprising: determining that a data streaming session corresponds to a real-life event, wherein a plurality of data streaming sessions pertain to the real-life event; registering the data streaming session to a network assistance service hosted by the network assistance device in response to determining that the streaming session corresponds to the real-life event, wherein the network assistance service is configured to provide event-coordinated uplink network assistance data that is based on requirements of the plurality of data streaming sessions, and network resources available for the plurality of data streaming sessions; receiving the event-coordinated uplink network assistance data from the network assistance device; and modifying at least one transmission characteristic of the data streaming session based on the event-coordinated uplink network assistance data. determining that a data streaming session corresponds to a real-life event, wherein a plurality of data streaming sessions pertain to the real-life event; registering the data streaming session to a network assistance service hosted by the network assistance device in response to determining that the streaming session corresponds to the real-life event, wherein the network assistance service is configured to provide event-coordinated uplink network assistance data that is based on requirements of the plurality of data streaming sessions, and network resources available for the plurality of data streaming sessions; receiving the event-coordinated uplink network assistance data from the network assistance device; and modifying at least one transmission characteristic of the data streaming session based on the event-coordinated uplink network assistance data.
A tool head unit for machining workpieces, in particular a milling head unit for a milling machine spindle, comprising a support arm, which defines a first axis; a first head part mounted on the support arm, the first head part being rotatably arranged about the first axis with respect to the support arm and defining a second axis inclined at an angle different from 0° and 90° with respect to the first axis; a second head part mounted on the first head part and rotatably arranged about the second axis with respect to the first head part; a spindle device mounted on the second head part and rotatably arranged about a third axis with respect to the second head part; and drive devices (19, 21, 22) assigned with the first, second and third axis (C, B, A) for separately driving and controlling the rotations of the first head part, the second head part and the spindle device about the respective first, second and third axis (C, B, A); wherein the first axis of rotation and the third axis of rotation are oriented orthogonally with respect to each other, the second axis of rotation is oriented orthogonally with respect to the third axis of rotation and the third axis of rotation is offset from the first axis of rotation; and wherein the second axis of rotation is offset from the third axis of rotation or intersects the first axis of rotation and the third axis of rotation. a support arm, which defines a first axis; a first head part mounted on the support arm, the first head part being rotatably arranged about the first axis with respect to the support arm and defining a second axis inclined at an angle different from 0° and 90° with respect to the first axis; a second head part mounted on the first head part and rotatably arranged about the second axis with respect to the first head part; a spindle device mounted on the second head part and rotatably arranged about a third axis with respect to the second head part; and drive devices (19, 21, 22) assigned with the first, second and third axis (C, B, A) for separately driving and controlling the rotations of the first head part, the second head part and the spindle device about the respective first, second and third axis (C, B, A); wherein the first axis of rotation and the third axis of rotation are oriented orthogonally with respect to each other, the second axis of rotation is oriented orthogonally with respect to the third axis of rotation and the third axis of rotation is offset from the first axis of rotation; and wherein the second axis of rotation is offset from the third axis of rotation or intersects the first axis of rotation and the third axis of rotation.
Insulating glass element having at least two glass panes (2, 3) arranged adjacent each other, which are surrounded by an edge bond mounting under formation of an intermediate space, and having a drive, wherein the insulating glass element can be inserted in a frame, such as, for example, a window or door frame, wherein a darkening unit is arranged between the glass panes in the intermediate space, which darkening unit can be raised or lowered by the drive, wherein the darkening unit includes a transmission, on whose driveshaft a permanent magnet is arranged, wherein the drive is, outside the insulating glass element, in operative connection with the darkening unit, wherein the torque generated by the drive is transferred to the transmission by means of a magnetic field coupling, characterized in that the insulating glass element consists of three glass panes (2, 3, 4) arranged adjacent each other, wherein the darkening unit is arranged in the intermediate space facing the outside of the building, and wherein the drive is arranged on the glass pane toward the side of the interior of the building, wherein a permanent magnet is arranged in the intermediate space facing the side of the interior of the building, which permanent magnet effects the magnetic field coupling of the externally positioned drive to the transmission.
A patellofemoral support, comprising: a sleeve having an opening; a strap assembly having a first portion hingedly secured to the sleeve, and a second portion comprising first and second straps (358, 360) extending from the first portion to helically extend about the sleeve and selectively secure thereto, the first and second straps (358, 360) extending about opposed sides of the opening and helically about the sleeve; a buttress having an arcuate shape with first and second ends (393, 395) corresponding to the first and second straps (358, 360), respectively, characterized in that the buttress is arranged to removably secure to an inside surface of the first portion of the strap assembly, the buttress having a protruding portion extending toward the sleeve, and the patellofemoral support further comprises a film located on at least one of the first and second straps (358, 360), the film inhibiting stretching of the at least one first and second straps (358, 360), wherein the film comprises a plurality of sections spaced apart by clearances along a segment of the at least one of the first and second straps (358, 360) proximate a diameter of the opening. a sleeve having an opening; a strap assembly having a first portion hingedly secured to the sleeve, and a second portion comprising first and second straps (358, 360) extending from the first portion to helically extend about the sleeve and selectively secure thereto, the first and second straps (358, 360) extending about opposed sides of the opening and helically about the sleeve; a buttress having an arcuate shape with first and second ends (393, 395) corresponding to the first and second straps (358, 360), respectively, characterized in that the buttress is arranged to removably secure to an inside surface of the first portion of the strap assembly, the buttress having a protruding portion extending toward the sleeve, and the patellofemoral support further comprises a film located on at least one of the first and second straps (358, 360), the film inhibiting stretching of the at least one first and second straps (358, 360), wherein the film comprises a plurality of sections spaced apart by clearances along a segment of the at least one of the first and second straps (358, 360) proximate a diameter of the opening.
A method for producing a cyclic polysilane compound comprising: a first step of adding and reacting a silane monomer compound represented by Formula in a liquid mixture of a sodium dispersion and an ether-based solvent; and a second step of adding an aromatic hydrocarbon to a reaction solution of the first step and heating and refluxing: where, R 1 and R 2 each independently represent a hydrogen atom, a hydrocarbon group, an alkoxy group, or a halogen atom, X 1 and X 2 each independently represent a halogen atom or an alkoxy group, and n 1 is an integer that is greater than or equal to 1.