mhurhangee/ep-ind-claims huggingface dataset:
Headlamp for a signalling lamp of a motor vehicle, comprising a glass, at least the upper end of which is capable of being secured to the housing of this headlight by a connecting means, the glass, on its upper end portion connected to the housing, comprising an element masking at least the connecting means, so that a continuity of the lens is then visible from the outside through a peripheral clearance of the headlamp with its surroundings when the headlamp is mounted in a vehicle, characterised in that the masking element is arranged extending substantially perpendicularly to the plane of the upper part of the lens in the position of connection of the lens and the housing so as to conceal, from view from the outside, the connection between this lens and this housing, and in that the side of the masking element facing the housing has means which make the vision of the connecting means opaque, seen from the outside of the projector.
Under-garment (10, 110, 210) adapted to be associated with a garment, said under-garment (10, 110, 210) being configured to include, or to be associated with, an inflatable protection element (12, 112, 212) or airbag, wherein the under-garment includes a pocket adapted to be placed at the back of the user and a rigid plate shaped as a "hump", said pocket receiving said rigid plate shaped as a "hump".
A gas burner assembly, in particular for a gas cooking hob, comprising a burner cap and a burner body, wherein - the burner cap is arranged or arrangeable upon the burner body, - the burner cap includes a plurality of flame ports, - the flame ports are formed within a substantially horizontal portion of the burner cap, - the burner body includes a mixing chamber, a Venturi pipe, at least one air inlet, a gas supply channel and a gas injector, - the Venturi pipe extends vertically downwards from the mixing chamber, - the gas injector is arranged below the Venturi pipe, - the at least one air inlet is arranged between the gas injector and the Venturi pipe, and - the gas supply channel extends horizontally from the border to the centre of the burner body, characterized in that at least the mixing chamber, the Venturi pipe, the at least one air inlet and the gas supply channel form a single-piece part, the flame ports of the burner cap are arranged above the mixing chamber of the burner body, when the burner cap is arranged upon the burner body, so that the mixing chamber is arranged completely below the flame ports, and the burner cap includes at least one convex portion, wherein the flame ports are formed within said convex portion, and wherein the flame ports are formed as elongated slots extending along radial directions. - the burner cap is arranged or arrangeable upon the burner body, - the burner cap includes a plurality of flame ports, - the flame ports are formed within a substantially horizontal portion of the burner cap, - the burner body includes a mixing chamber, a Venturi pipe, at least one air inlet, a gas supply channel and a gas injector, - the Venturi pipe extends vertically downwards from the mixing chamber, - the gas injector is arranged below the Venturi pipe, - the at least one air inlet is arranged between the gas injector and the Venturi pipe, and - the gas supply channel extends horizontally from the border to the centre of the burner body,
A method for producing an amide, the method comprising: dehydrating and condensing carboxylic acids to obtain an acid anhydride; and reacting the acid anhydride with a base to obtain an acylpyridinium cation, which is then reacted with an amine simultaneously; wherein the base is any one or more selected from the group consisting of pyridine and pyridine derivatives, wherein the carboxylic acids are amino acids or amino acid derivatives, and wherein the amine is an amino acid or an amino acid derivative. dehydrating and condensing carboxylic acids to obtain an acid anhydride; and reacting the acid anhydride with a base to obtain an acylpyridinium cation, which is then reacted with an amine simultaneously; wherein the base is any one or more selected from the group consisting of pyridine and pyridine derivatives, wherein the carboxylic acids are amino acids or amino acid derivatives, and wherein the amine is an amino acid or an amino acid derivative. wherein the base is any one or more selected from the group consisting of pyridine and pyridine derivatives, wherein the carboxylic acids are amino acids or amino acid derivatives, and wherein the amine is an amino acid or an amino acid derivative.
An extended nip roll for use in forming an extended nip through which a fibrous web is to be passed, the extended nip roll having two axial ends (3, 4) and comprising: a support beam having an axial extension between the axial ends (3, 4) of the extended nip roll; a press body having an axial extension and which press body is substantially parallel with the support beam; means supported by the support beam for causing the press body to move or expand radially outwards towards a counter roll to form the nip; a tubular flexible jacket with two axial ends (12, 13), the tubular flexible jacket forming a loop around the press body and the support beam; at each axial end (3, 4) of the extended nip roll, an end wall (9, 10) which is rotatably journalled to allow each end wall (9, 10) to rotate about the support beam, each end wall (9, 10) being attached to an axial end (12, 13) of the tubular flexible jacket such that the end walls (9, 10) and the tubular flexible jacket form together an enclosed space; on the support beam, at least one support element for the tubular flexible jacket which support element is arranged to support a part of the tubular flexible jacket at a location spaced away from the press body, characterised in that the at least one support element is arranged to be movable in a circumferential direction such that it can be moved to different positions along the circumference of the tubular flexible jacket.
A compound of the general formula: or a pharmaceutically acceptable salt thereof, wherein, "X" is halogen; " " is a bond, and represents racemic mixture, R-enantiomer, S-enantiomer, exo isomer, endo isomer or achiral; or R 1 is hydrogen, hydroxy or halogen; R 2 is hydrogen, hydroxy or fluoro; R 3 is R 5 is halo, hydroxy or alkoxy; and "m" is 0 or 1, both inclusive. "X" is halogen; " " is a bond, and represents racemic mixture, R-enantiomer, S-enantiomer, exo isomer, endo isomer or achiral; or R 1 is hydrogen, hydroxy or halogen; R 2 is hydrogen, hydroxy or fluoro; R 3 is R 5 is halo, hydroxy or alkoxy; and "m" is 0 or 1, both inclusive.
A method for a wireless device for enabling the wireless device to serve as a base station to at least one other wireless device in a communications network, the wireless device being configured to perform predetermined base station functions, the method comprising: determining a condition triggering a need to provide the predetermined base station functions to the at least one other wireless device; notifying a network node in the communications network that the wireless device is available to provide the predetermined base station functions; receiving approval from the network node to provide the predetermined base station functions; and providing the predetermined base station functions to the at least one other wireless device, wherein the predetermined base station functions performed by the wireless device include emulating a base station uplink, UL, and a base station downlink, DL, to support the at least one other wireless device such that base station UL and base station DL protocols used with respect to the at least one other wireless device are maintained. determining a condition triggering a need to provide the predetermined base station functions to the at least one other wireless device; notifying a network node in the communications network that the wireless device is available to provide the predetermined base station functions; receiving approval from the network node to provide the predetermined base station functions; and providing the predetermined base station functions to the at least one other wireless device, wherein the predetermined base station functions performed by the wireless device include emulating a base station uplink, UL, and a base station downlink, DL, to support the at least one other wireless device such that base station UL and base station DL protocols used with respect to the at least one other wireless device are maintained.
A drive device for an in-core neutron instrumentation system, the drive device being configured to drive a neutron detector of the in-core neutron instrumentation system for measuring neutrons in a nuclear reactor, comprising: a winding drum for winding a cable having the neutron detector mounted at a tip end portion thereof; a drive motor for driving the winding drum for winding/extending the cable; a base member on which the winding drum and the drive motor are mounted; and a cover member mounted on the base member and housing the winding drum and the drive motor therein, characterized in that the drive device further comprises a safety circuit (10, 50) configured to be provided between a power supply of the drive motor and the drive motor, and adapted to switch between a conductive state in which power can be supplied to the drive motor and a cut-off state in which power cannot be supplied thereto depending on a mounted state of the cover member, wherein the cover member comprises a plurality of cover wall surface portions (8a, 8b, 8c, 8d) surrounding a periphery of the base member, and is equipped with a cover locking mechanism portion for defining an order of mounting the cover wall surface portions (8a, 8b, 8c, 8d) on the base member. a winding drum for winding a cable having the neutron detector mounted at a tip end portion thereof; a drive motor for driving the winding drum for winding/extending the cable; a base member on which the winding drum and the drive motor are mounted; and a cover member mounted on the base member and housing the winding drum and the drive motor therein, characterized in that the drive device further comprises a safety circuit (10, 50) configured to be provided between a power supply of the drive motor and the drive motor, and adapted to switch between a conductive state in which power can be supplied to the drive motor and a cut-off state in which power cannot be supplied thereto depending on a mounted state of the cover member, wherein the cover member comprises a plurality of cover wall surface portions (8a, 8b, 8c, 8d) surrounding a periphery of the base member, and is equipped with a cover locking mechanism portion for defining an order of mounting the cover wall surface portions (8a, 8b, 8c, 8d) on the base member.
A method for preparing a ketone group-containing estolide compound, comprising: converting biomass fat into a fatty acid; separating the fatty acid into a C16 saturated fatty acid and a C18 unsaturated fatty acid; increasing an amount of oleic acid through partial hydrogenation of the C18 unsaturated fatty acid; synthesizing a C35 ketone through ketonization of the oleic acid; and performing estolide bonding by capping the C16 saturated fatty acid onto the C35 ketone. converting biomass fat into a fatty acid; separating the fatty acid into a C16 saturated fatty acid and a C18 unsaturated fatty acid; increasing an amount of oleic acid through partial hydrogenation of the C18 unsaturated fatty acid; synthesizing a C35 ketone through ketonization of the oleic acid; and performing estolide bonding by capping the C16 saturated fatty acid onto the C35 ketone.
A processor-implemented method for predicting user churn, the method comprising: collecting, using one or more data processors: user data corresponding to a user of an application program running on a user device, the user data including user basic attribute information, and user interaction data associated with the application program, including at least one of (i) which user interface screens were visited, (ii) in which sequence, and (iii) which events were engaged in at each screen; determining, using the data processors, a similar user group for the user based on the user data; determining, using the data processors, one or more discriminating patterns from the user interaction data; selecting at least one discriminating pattern of said discriminating patterns according to a defined set of rules; calculating a probability that the user will churn or be loyal to the application program based on said at least one discriminating pattern; and at least one of: storing the probability on the user device, and transmitting the probability for the user to a server. collecting, using one or more data processors: user data corresponding to a user of an application program running on a user device, the user data including user basic attribute information, and user interaction data associated with the application program, including at least one of (i) which user interface screens were visited, (ii) in which sequence, and (iii) which events were engaged in at each screen; user data corresponding to a user of an application program running on a user device, the user data including user basic attribute information, and user interaction data associated with the application program, including at least one of (i) which user interface screens were visited, (ii) in which sequence, and (iii) which events were engaged in at each screen; determining, using the data processors, a similar user group for the user based on the user data; determining, using the data processors, one or more discriminating patterns from the user interaction data; selecting at least one discriminating pattern of said discriminating patterns according to a defined set of rules; calculating a probability that the user will churn or be loyal to the application program based on said at least one discriminating pattern; and at least one of: storing the probability on the user device, and transmitting the probability for the user to a server.
An apparatus for reducing gaps in data transmission between a device and at least one wireless access point (124a, 124b), the apparatus comprising: a radio that enables bidirectional data communication between the device and the at least one wireless access point (124a, 124b), the radio being able to operate in a power save mode and an active transmission mode; characterized by a control processor that selectively monitors data being transmitted between the radio and the at least one wireless access point to determine that a gap in data transmission between the device and the at least one access point has occurred or may occur, the control processor, in response to determining that a gap in data transmission has occurred or may occur, switches an operational mode of the radio from the power save mode to the active transmission mode for a predetermined amount of time enabling communication between the device and the at least one wireless access point for the predetermined amount of time. a radio that enables bidirectional data communication between the device and the at least one wireless access point (124a, 124b), the radio being able to operate in a power save mode and an active transmission mode; characterized by a control processor that selectively monitors data being transmitted between the radio and the at least one wireless access point to determine that a gap in data transmission between the device and the at least one access point has occurred or may occur, the control processor, in response to determining that a gap in data transmission has occurred or may occur, switches an operational mode of the radio from the power save mode to the active transmission mode for a predetermined amount of time enabling communication between the device and the at least one wireless access point for the predetermined amount of time.
A peptide of 50 amino acids or less comprising the following sequence: Z 1 -X 20 X 21 X 22 SLPTSPX 23 X 24 -Z 2 wherein Z 1 is an amino terminal modifying group or is absent; X 20 is a sequence of 1 to 43 amino acids or is absent; X 21 is an amino acid or is absent; X 22 is an amino acid or is absent; X 23 is G or R; X 24 is a sequence of 1 to 43 amino acids or is absent; and Z 2 is a carboxy terminal modifying group or is absent. Z 1 is an amino terminal modifying group or is absent; X 20 is a sequence of 1 to 43 amino acids or is absent; X 21 is an amino acid or is absent; X 22 is an amino acid or is absent; X 23 is G or R; X 24 is a sequence of 1 to 43 amino acids or is absent; and Z 2 is a carboxy terminal modifying group or is absent.
An electrolyte solution suitable for use in bromine-generating electrochemical cells, comprising aqueous bromide and a liquid complex composed of at least one 1alkyl-3-methyl-pyridinium bromide combined with one or more bromine molecules, characterized in that said alkyl at position 1 is C3-C10 alkyl group which may be either straight-chain or branched.
A MEMS device, comprising: a substrate having a plurality of electrodes disposed therein, wherein the plurality of electrodes includes at least an anchor electrode, a pull-down electrode and an RF electrode; an insulating layer disposed over the substrate and the pull-down electrode; a switching element movable from a position spaced a first distance from the RF electrode and a second distance from the RF electrode that is different from the first distance, wherein the switching element includes: a bottom layer; a top layer; and a plurality of vias connecting the bottom layer to the top layer, wherein the switching element includes a first anchor portion, a first leg portion and a bridge portion, wherein the plurality of vias are disposed in the anchor portion and the bridge portion, wherein the anchor portion is coupled to the anchor electrode, characterised in that the first anchor portion connects the bottom layer to the top layer with via. a substrate having a plurality of electrodes disposed therein, wherein the plurality of electrodes includes at least an anchor electrode, a pull-down electrode and an RF electrode; an insulating layer disposed over the substrate and the pull-down electrode; a switching element movable from a position spaced a first distance from the RF electrode and a second distance from the RF electrode that is different from the first distance, wherein the switching element includes: a bottom layer; a top layer; and a plurality of vias connecting the bottom layer to the top layer, wherein the switching element includes a first anchor portion, a first leg portion and a bridge portion, wherein the plurality of vias are disposed in the anchor portion and the bridge portion, wherein the anchor portion is coupled to the anchor electrode, characterised in that the first anchor portion connects the bottom layer to the top layer with via. a bottom layer; a top layer; and a plurality of vias connecting the bottom layer to the top layer, wherein the switching element includes a first anchor portion, a first leg portion and a bridge portion, wherein the plurality of vias are disposed in the anchor portion and the bridge portion, wherein the anchor portion is coupled to the anchor electrode, characterised in that the first anchor portion connects the bottom layer to the top layer with via.
A method for operating a flow meter including a driver and pickoff sensors coupled to a flow tube, the driver being adapted to vibrate the flow tube in response to a drive signal, the method comprising steps of: setting a target pickoff voltage; measuring a flow meter temperature; generating a temperature compensated target pickoff voltage; and controlling the drive signal to maintain the temperature compensated target pickoff voltage. setting a target pickoff voltage; measuring a flow meter temperature; generating a temperature compensated target pickoff voltage; and controlling the drive signal to maintain the temperature compensated target pickoff voltage.
A carbon member obtainable by welding, into a single integrated body: a first layer comprising 100 parts by mass of a first resin composition containing a polyolefin-based resin and having a melt flow rate, measured at 230°C with a load of 2.16 kg, of 0.01 to 10 g/10 min, and 100 to 1,000 parts by mass of a first carbonaceous material; a second layer, which is disposed in contact with at least one main surface of the first layer, and comprises 100 parts by mass of a second resin composition containing a polyolefin-based resin, having a said melt flow rate of 5 to 1,000 g/10 min that is greater than that of the first resin composition, and having a melting point that is 80°C or higher, but is at least 10°C lower than that of the first resin composition, and 100 to 1,000 parts by mass of a second carbonaceous material; and a third layer, which is disposed facing the first layer with the second layer interposed therebetween, characterized in that the third layer is formed from a porous carbon material having a bulk density of 60 to 800 kg/m 3, the porous carbon material is formed from carbon fiber having an average fiber diameter of 0.01 to 0.3 μm, the porous carbon material is a non-woven fabric formed from carbon fibers, and at least a portion of contact portions between the carbon fibers are carbonized, causing welding of the carbon fibers. a first layer comprising 100 parts by mass of a first resin composition containing a polyolefin-based resin and having a melt flow rate, measured at 230°C with a load of 2.16 kg, of 0.01 to 10 g/10 min, and 100 to 1,000 parts by mass of a first carbonaceous material; a second layer, which is disposed in contact with at least one main surface of the first layer, and comprises 100 parts by mass of a second resin composition containing a polyolefin-based resin, having a said melt flow rate of 5 to 1,000 g/10 min that is greater than that of the first resin composition, and having a melting point that is 80°C or higher, but is at least 10°C lower than that of the first resin composition, and 100 to 1,000 parts by mass of a second carbonaceous material; and a third layer, which is disposed facing the first layer with the second layer interposed therebetween, characterized in that the third layer is formed from a porous carbon material having a bulk density of 60 to 800 kg/m 3,
A method for refining hot metal in a converter using a top-blowing lance that is separately connected with a refining powder supply channel, a combustion oxidizing gas supply channel, and a refining oxidizing gas supply channel, the method comprising supplying a refining powder together with a carrier gas from the refining powder supply channel to a surface of the hot metal in the converter, and at the same time, supplying an oxidizing gas as a combustion oxidizing gas from the combustion oxidizing gas supply channel thereby forming a flame below a leading end of the top-blowing lance and supplying another oxidizing gas as a refining oxidizing gas from the refining oxidizing gas supply channel to the surface of the hot metal in the converter, wherein the refining powder contains at least one selected from a lime-based flux, iron oxide, and a combustible material, the carrier gas is a mixture of a fuel gas and an inert gas, wherein the volume fraction of the fuel gas in the carrier gas is 30% to 80%.