mhurhangee/ep-ind-claims huggingface dataset:
A conductive composition comprising (i) micro- or submicro-sized silver flake having a tap density of 4.6g/cc or higher and (ii) a solvent that dissolves any fatty acid lubricant or surfactant present on the surface of the silver, (iii) a liquid peroxide, in which the solvent is selected from the group consisting of 2-(2-ethoxy-ethoxy)-ethyl acetate, propylene glycol monoethyl ether, butylethoxy ethyl acetate, propylene carbonate, cyclooctanone, cycloheptanone, cyclohexanone, and linear or branched alkanes. (i) micro- or submicro-sized silver flake having a tap density of 4.6g/cc or higher and (ii) a solvent that dissolves any fatty acid lubricant or surfactant present on the surface of the silver, (iii) a liquid peroxide,
An apparatus for obtaining a quality of service parameter of a voice over Internet Protocol, VoIP, service, configured to: receive, by the apparatus, a VoIP service measurement instruction message from a wireless access device, wherein the VoIP service measurement instruction message instructs the apparatus to measure an uplink delay of a VoIP service; perform, by the apparatus, a measurement to obtain the uplink delay of the VoIP service; and send, by the apparatus, a VoIP service measurement record report message to the wireless access device, wherein the VoIP service measurement record report message comprises the uplink delay of the VoIP service; wherein the apparatus is further configured to obtain the uplink delay of the VoIP service by: comparing an uplink delay of each data packet of the VoIP service in a time period with an uplink delay threshold; and collecting statistics of uplink delays of the data packets of the VoIP service that are greater than or equal to the uplink delay threshold. receive, by the apparatus, a VoIP service measurement instruction message from a wireless access device, wherein the VoIP service measurement instruction message instructs the apparatus to measure an uplink delay of a VoIP service; perform, by the apparatus, a measurement to obtain the uplink delay of the VoIP service; and send, by the apparatus, a VoIP service measurement record report message to the wireless access device, wherein the VoIP service measurement record report message comprises the uplink delay of the VoIP service; wherein the apparatus is further configured to obtain the uplink delay of the VoIP service by: comparing an uplink delay of each data packet of the VoIP service in a time period with an uplink delay threshold; and collecting statistics of uplink delays of the data packets of the VoIP service that are greater than or equal to the uplink delay threshold. comparing an uplink delay of each data packet of the VoIP service in a time period with an uplink delay threshold; and collecting statistics of uplink delays of the data packets of the VoIP service that are greater than or equal to the uplink delay threshold.
A computer-implemented method of generating a computer-readable dictionary for translating text into a neural network-readable form, comprising: training a first' neural network of a self organizing map type with a first set of first text documents each containing one or more keywords in a semantic context, the first neural network being trained with input vectors each representing a document of the first set and its keyword contents, to map each text document to a point (X i /Y j) in the self organizing map by semantic clustering, as a result of which training, in the map the documents have been mapped to individual points (X i /Y j) of the map; determining, for each keyword occurring in the first set, all points (X i /Y j) in the self organizing map to which text documents containing said keyword are mapped, as a two- or more-dimensional pattern of points (X i /Y j) associated with said keyword; and storing all keywords and associated patterns as a computer-readable pattern dictionary, each pattern being associated to one keyword in the pattern dictionary. training a first' neural network of a self organizing map type with a first set of first text documents each containing one or more keywords in a semantic context, the first neural network being trained with input vectors each representing a document of the first set and its keyword contents, to map each text document to a point (X i /Y j) in the self organizing map by semantic clustering, as a result of which training, in the map the documents have been mapped to individual points (X i /Y j) of the map; determining, for each keyword occurring in the first set, all points (X i /Y j) in the self organizing map to which text documents containing said keyword are mapped, as a two- or more-dimensional pattern of points (X i /Y j) associated with said keyword; and storing all keywords and associated patterns as a computer-readable pattern dictionary, each pattern being associated to one keyword in the pattern dictionary.
A material comprising a poly-dihydroxyacetone (pDHA) copolymer for use in the treatment at or near a wound bed or surgical site of a patient, preferably wherein the wound bed or surgical site is in the abdomen, wherein the pDHA copolymer comprises DHA and PEG.
A cover assembly for removably covering a hub of a wheel rim, the hub including a hub inner peripheral wall that defines a hub central hole and that has a first internal thread, a hub outer peripheral wall spaced apart from the hub inner peripheral wall, and a radial peripheral wall that is connected between the hub inner peripheral wall and the hub outer peripheral wall and that is formed with a plurality of bolt holes surrounding the hub central hole, said cover assembly comprising: a ring-shaped outer cover defining a cover central hole and configured to cover the bolt holes; a connector including a connector outer annular wall, a connector inner annular wall connected to and extending inwardly from said connector outer annular wall, and an annular flange extending outwardly and radially from a junction of said connector inner annular wall and said connector outer annular wall, said connector inner annular wall extending through said cover central hole for connection with the hub inner peripheral wall, and having an outer wall surface provided with a first external thread for threadedly connecting with the first internal thread, characterised in that said annular flange abuts, when mounted, against said ring-shaped outer cover at a side opposite to the bolt holes; and in that the cover assembly further comprises a first elastic ring sleeved on said connector inner annular wall and configured to be disposed between and abut against said connector inner annular wall and the hub inner peripheral wall. a ring-shaped outer cover defining a cover central hole and configured to cover the bolt holes; a connector including a connector outer annular wall, a connector inner annular wall connected to and extending inwardly from said connector outer annular wall, and an annular flange extending outwardly and radially from a junction of said connector inner annular wall and said connector outer annular wall, said connector inner annular wall extending through said cover central hole for connection with the hub inner peripheral wall, and having an outer wall surface provided with a first external thread for threadedly connecting with the first internal thread, characterised in that said annular flange abuts, when mounted, against said ring-shaped outer cover at a side opposite to the bolt holes; and in that the cover assembly further comprises a first elastic ring sleeved on said connector inner annular wall and configured to be disposed between and abut against said connector inner annular wall and the hub inner peripheral wall.
A communication system in which when relaying apparatuses (2, 3) controlled by a control apparatus are switched in accordance with a movement of a mobile node from a movement source to a movement destination, the mobile node is adapted to continue communication keeping a predetermined address assigned to the mobile node, wherein each relaying apparatus (2, 3) is adapted to perform relaying of the communication between the control apparatus and the mobile node, based on switching of the relaying apparatuses, a data transfer route from the relaying apparatus at the movement source of the mobile node to the relaying apparatus at the movement destination of the mobile node is established, and transferring of the data, which is addressed to the predetermined address assigned to the mobile node, from the relaying apparatus at the movement source to the relaying apparatus at the movement destination is performed, characterized in that the relaying apparatus at the movement source of the mobile node is adapted, after data to be transferred in a buffer of the relaying apparatus at the movement source for storing temporary transfer data has become zero, to send a transfer cancel notification to the relaying apparatus at the movement destination to inform that the data transfer is terminated.
A pivot sliding door for vehicles, in particular a passenger door for public transport vehicles, with at least one door leaf which is displaceable in its longitudinal direction and which is suspended and displaceably guided in a carrier guide which can be shifted together with the door leaf from a closed position, in which the door leaf lies in the vehicle wall, into a displaced position, in which the door leaf lies outside in front of the vehicle wall, and back, and with a driving device for the displacement movement of the door leaf from whose reaction force a force is derived for shifting the carrier guide, wherein the carrier guide is firmly connected to a frame part and each frame part is guided in transverse guides connected to the door portal so as to be movable in a direction horizontal and transverse to the door opening, and the reaction force of the driving device acts via coupling members on devices for generating a force acting on the carrier guide in the shifting direction in order to generate the shifting movement in the transverse direction, and in which the driving device has a motor with a transmission whose housing is mounted rotatably about the output shaft and the coupling members are connected to the housing of the motor for transmitting the reaction force, characterised in that the motor is configured as a planetary gear motor, the output shaft (9.2) thereof is connected to the input member of an angle transmission and the output member of the angle transmission is coupled to the device (11.1 - 11.3) for displacing the door leaf (1.1, 1.2), while the housing (9.1) of the planetary gear motor is connected to the stationarily disposed housing of the angle transmission so as to be rotatable about the axis of the output shaft (9.2).
A silver thiolate chromatographic medium comprising a support medium and a silver thiolate-sulfur-containing functional group linked to the support by a spacer, wherein the sulfur-containing functional group is linked to the support by at least one spacer selected from: C 1 -C 18) alkyl, (C 1 -C 18) alkoxy, (C 1 -C 18) heteroalkyl, (C 6 -C 10) aryl, (C 1 - C9) heteroaryl, and (C 6 -C 10) aryl (C 1 -C 6) alkyl, wherein the sulfur of the silver thiolate-sulfur-containing functional group is covalently bound to silver atom, wherein the silver thiolate chromatographic medium has affinity and specificity to bind a compound comprising a carbon-carbon double bond or other electron rich functional groups, and wherein the support medium is selected from the group consisting of: alumina, agarose, cellulose, magnesium silicate, dextran, and starch.
A lubrication system for reducing dip lubrication power loss comprising: - a housing defining an internal volume, said housing being - fluidly sealed for containing a gas of greater density than air at atmospheric pressure and said gas being compressed gas having a pressure of two bars or higher, and - configured to hold a pool of a lubricant therein; and - a component rotatably mounted within said housing such that a portion of said component immerses into the pool of the lubricant, said component - being configured to rotate through the pool for splashing the lubricant within said housing, and - having at least one vane (62, 64 - Fig.9-10) configured to direct the gas windage toward the pool of the lubricant for reducing immersion of said component within the pool of the lubricant; and - an inlet valve fluidly connected to said internal volume for introducing the gas into said housing. - a housing defining an internal volume, said housing being - fluidly sealed for containing a gas of greater density than air at atmospheric pressure and said gas being compressed gas having a pressure of two bars or higher, and - configured to hold a pool of a lubricant therein; and - fluidly sealed for containing a gas of greater density than air at atmospheric pressure and said gas being compressed gas having a pressure of two bars or higher, and - configured to hold a pool of a lubricant therein; and - a component rotatably mounted within said housing such that a portion of said component immerses into the pool of the lubricant, said component - being configured to rotate through the pool for splashing the lubricant within said housing, and - having at least one vane (62, 64 - Fig.9-10) configured to direct the gas windage toward the pool of the lubricant for reducing immersion of said component within the pool of the lubricant; and - being configured to rotate through the pool for splashing the lubricant within said housing, and - having at least one vane (62, 64 - Fig.9-10) configured to direct the gas windage toward the pool of the lubricant for reducing immersion of said component within the pool of the lubricant; and - an inlet valve fluidly connected to said internal volume for introducing the gas into said housing.
An installation comprising a device and at least one piece of audio playback equipment (11a, 11b), the device being configured to determine whether an audio stream is played back in the installation by only one piece of audio playback equipment or by a group of at least two pieces of audio playback equipment (11a, 11b), the device being distinct from said pieces of audio playback equipment, the device also being configured:. if the device detects that the audio stream is played back by a single piece of audio playback equipment, to generate an order for said piece of equipment to apply a given set of equalization parameters; · if the device detects that the audio stream is played back by a group of at least two pieces of audio playback equipment, to determine the equalization parameters to be applied by each piece of audio playback equipment of said group, and to generate a respective order for each piece of audio playback equipment of said group to apply a respective given set of equalization parameters, the pieces of audio playback equipment applying the equalization parameters without intervention from an user and also without said pieces of audio playback equipment needing to determine whether they form part of a group or whether they are playing back the audio stream on their own.. if the device detects that the audio stream is played back by a single piece of audio playback equipment, to generate an order for said piece of equipment to apply a given set of equalization parameters; · if the device detects that the audio stream is played back by a group of at least two pieces of audio playback equipment, to determine the equalization parameters to be applied by each piece of audio playback equipment of said group, and to generate a respective order for each piece of audio playback equipment of said group to apply a respective given set of equalization parameters, · if the device detects that the audio stream is played back by a group of at least two pieces of audio playback equipment, to determine the equalization parameters to be applied by each piece of audio playback equipment of said group, and to generate a respective order for each piece of audio playback equipment of said group to apply a respective given set of equalization parameters,
An upper cross flow tray paired with a lower cross flow tray for facilitating interaction between fluid streams in a mass transfer column, said upper and lower cross flow trays each having a tray deck with apertures and a downcomer, wherein said downcomer of the upper cross flow tray is a center or off-center downcomer and comprises a pair of spaced apart, parallel walls (40, 68) that extend downwardly from the tray deck of the upper cross flow tray to below the tray deck of the lower cross flow tray and extend in a chordal fashion across the open internal region within the mass transfer column, wherein said wall is connected to and provides structural support for both of said tray decks, wherein a number of spaced apart braces extend between the walls of the downcomer 30 to stiffen and maintain the desired spacing between the walls 40, and said paired upper cross flow tray and lower cross flow tray including discharge openings (66, 80) positioned in said wall of the downcomer at a location to permit liquid to pass through said discharge openings and onto said tray deck of the other one of said upper and lower cross flow trays, and including an inlet panel (36, 38) positioned to close the bottom of said at least one of said downcomers and supported by said wall.
A rigid package for tobacco articles with a hinged lid comprising: a group of articles; an inner container which houses the group of articles; an outer container, which houses the inner container in a movable manner, so as to allow the inner container to move relative to the outer container; a lid, which has a rear wall, which is hinged to a rear wall, of the outer container so as to allow the lid to rotate relative to the outer container; and a lifting mechanism; and characterised in that the cigarette package further comprises a collar, which is rigidly and permanently connected to the outer container so as to partially project outwards from an open upper end of the outer container and engage a corresponding inner surface of the lid, when the lid is arranged in the closed position; the lifting mechanism moves the inner container relative to the outer container and the collar, using the rotation movement of the lid, between a lowered position, in which the inner container is completely inserted into the outer container, and an extracted position, in which the inner container is partially extracted from the outer container; and at least one wall of the inner container has at least one graphic sign, which is covered by the collar when the lid is in the closed position, namely when the inner container is in the lowered position, and is visible when the lid is in the open position, namely when the inner container is in the extracted position. a group of articles; an inner container which houses the group of articles; an outer container, which houses the inner container in a movable manner, so as to allow the inner container to move relative to the outer container; a lid, which has a rear wall, which is hinged to a rear wall, of the outer container so as to allow the lid to rotate relative to the outer container; and a lifting mechanism; and characterised in that the cigarette package further comprises a collar, which is rigidly and permanently connected to the outer container so as to partially project outwards from an open upper end of the outer container and engage a corresponding inner surface of the lid, when the lid is arranged in the closed position; the lifting mechanism moves the inner container relative to the outer container and the collar, using the rotation movement of the lid, between a lowered position, in which the inner container is completely inserted into the outer container, and an extracted position, in which the inner container is partially extracted from the outer container; and at least one wall of the inner container has at least one graphic sign, which is covered by the collar when the lid is in the closed position, namely when the inner container is in the lowered position, and is visible when the lid is in the open position, namely when the inner container is in the extracted position.
A method for computer-implemented monitoring of one or more wind turbines (1, 2) in a wind farm where the wind farm comprises a first wind turbine and a second wind turbine, each of the first and second wind turbines (1, 2) comprising an upper section (101, 201) on top of a tower, the upper section (101, 201) being pivotable around a vertical yaw axis (V1, V2) and having a nacelle (102, 202) and a rotor (103, 203) with rotor blades, the rotor (103, 203) being attached to the nacelle (102, 202) and the rotor blades being rotatable by wind around a horizontal rotor axis (R1, R2), wherein at each time point of one or more time points during the operation of the wind farm the following steps are performed: i) obtaining a digital image of the upper section of the first wind turbine, the image being a current image taken by a camera installed on the upper section of the second wind turbine; ii) determining a yaw misalignment angle (φ) between the first and second wind turbines (1, 2) by processing the image by a trained data driven model, where the image is fed as a digital input to the trained data driven model and the trained data driven model provides the yaw misalignment angle (φ) as a digital output, the yaw misalignment angle (φ) being the obtuse angle between the rotor axis of the first wind turbine and the rotor axis of the second wind turbine. i) obtaining a digital image of the upper section of the first wind turbine, the image being a current image taken by a camera installed on the upper section of the second wind turbine; ii) determining a yaw misalignment angle (φ) between the first and second wind turbines (1, 2) by processing the image by a trained data driven model, where the image is fed as a digital input to the trained data driven model and the trained data driven model provides the yaw misalignment angle (φ) as a digital output, the yaw misalignment angle (φ) being the obtuse angle between the rotor axis of the first wind turbine and the rotor axis of the second wind turbine.
A centrifuge drum for a centrifuge for dividing a mixture into a solid material cake and a liquid phase, comprising a drum lid, a drum base and a drum jacket forming the centrifuge drum whereby the drum jacket extends along a longitudinal axis of the centrifuge drum, and whereby at the drum jacket a number of discharge holes are arranged in radial direction to the longitudinal axis with a discharge diameter, and the drum lid and the drum base are arranged perpendicularly to the longitudinal axis diametrically opposite the drum jacket, and the drum lid, the drum base and the drum jacket together enclose an inner space of the centrifuge drum, which centrifuge drum in the installed state is rotatable in the centrifuge around the longitudinal axis, and in the operating state is rotatable around the longitudinal axis by means of a drive with an predeterminable rotational speed, and at an inner peripheral surface of the drum jacket, a filter medium is provided, whereby the filter medium is fixed by at least one fixing arrangement to the inner peripheral surface of the drum jacket, and that the fixing arrangement comprises a fixing socket extending along a socket axis, with a fixing collar, characterized in that the fixing socket is arranged from the inner space of the centrifuge drum in one of the discharge holes such that the filter medium is fixed by the fixing collar to the inner peripheral surface of drum jacket in radial direction to longitudinal axis.
A metal tube for pyrolysis reaction comprising spiral ribs provided on an inner surface of the metal tube and the spiral ribs having 20 to 35 degrees inclination to an axial direction of the metal tube; characterized in that the metal tube comprises only 3 or 4 of said spiral ribs; wherein h/Di of 0.1 to 0.2 and h/w of 0.25 to 1.0 when a height of each spiral rib is defined as "h", a width of each spiral rib at its bottom part is defined as "w" and an inner diameter of the metal tube at the bottom part is defined as "Di" in cross section of each spiral rib.