mhurhangee/ep-ind-claims huggingface dataset:
An oiling nozzle which is for use in a thrust bearing and is respectively arrangeable between pads disposed in positions facing the thrust surface of a thrust collar that protrudes radially outward from a rotor shaft, along the circumferential direction of the rotor shaft, wherein the oiling nozzle comprises: a cylindrical stem; and a rectangular mainframe whose heightwise middle portions of opposite lateral sides are provided with convex parts each presenting a semicircular disk shape in a plane view, fittable into concave parts that are formed in lateral sides of the pads, and whose top portion located on the side opposite to the stem is formed with a plurality of nozzle holes (38,39) for ejecting lubricating oil that is suppliable from the bottom of the stem toward a space between the thrust collar and the pads, wherein the top portion of the mainframe is formed with two lateral faces sloping toward a top face, a front face, and two intermediate facets which are respectively positioned between the two lateral faces and the front face to connect the two lateral faces and the front face, and wherein the two lateral faces are formed with a plurality of first nozzles holes, and the two intermediate facets are respectively formed with at least one second nozzle hole. a cylindrical stem; and a rectangular mainframe whose heightwise middle portions of opposite lateral sides are provided with convex parts each presenting a semicircular disk shape in a plane view, fittable into concave parts that are formed in lateral sides of the pads, and whose top portion located on the side opposite to the stem is formed with a plurality of nozzle holes (38,39) for ejecting lubricating oil that is suppliable from the bottom of the stem toward a space between the thrust collar and the pads, wherein the top portion of the mainframe is formed with two lateral faces sloping toward a top face, a front face, and two intermediate facets which are respectively positioned between the two lateral faces and the front face to connect the two lateral faces and the front face, and wherein the two lateral faces are formed with a plurality of first nozzles holes, and the two intermediate facets are respectively formed with at least one second nozzle hole.
A separation device and multiple ascending flow reaction tubes (2, 3, 15, 16), said separation device being for separating suspensions of spent catalysts and hydrocarbons formed in a fluid catalytic cracking unit, and said separation device comprising: a vertical pipe fluidly connected to said multiple ascending flow reaction tubes (2, 3, 15, 16) such that said suspension can be transferred from said multiple ascending flow reaction tubes (2, 3, 15, 16) to an inlet of said vertical section; multiple connecting members (4, 5, 17, 18), each connecting member (4, 5, 17, 18) configured to transfer said suspension from a respective ascending flow reaction tube (2, 3, 15, 16) to said inlet of said vertical pipe; an opening device, connected to said vertical pipe below said inlet, said opening device being configured to allow at least a portion of said spent catalyst to drain therethrough; a first cyclone separator configured to receive and separate at least a part of the suspension that has not drained from said vertical pipe through said opening device, each first cyclone separator being connected to said vertical pipe at a location that is within one third of the length of the vertical pipe from the end that is below said inlet; a second cyclone separator configured to receive and separate at least a part of the suspension from said first cyclone separator; and a separator vessel, wherein: the first cyclone separator and the second cyclone separator are located inside said separator vessel; and said vertical pipe extends through an opening in said separator vessel. a vertical pipe fluidly connected to said multiple ascending flow reaction tubes (2, 3, 15, 16) such that said suspension can be transferred from said multiple ascending flow reaction tubes (2, 3, 15, 16) to an inlet of said vertical section; multiple connecting members (4, 5, 17, 18), each connecting member (4, 5, 17, 18) configured to transfer said suspension from a respective ascending flow reaction tube (2, 3, 15, 16) to said inlet of said vertical pipe; an opening device, connected to said vertical pipe below said inlet, said opening device being configured to allow at least a portion of said spent catalyst to drain therethrough; a first cyclone separator configured to receive and separate at least a part of the suspension that has not drained from said vertical pipe through said opening device, each first cyclone separator being connected to said vertical pipe at a location that is within one third of the length of the vertical pipe from the end that is below said inlet; a second cyclone separator configured to receive and separate at least a part of the suspension from said first cyclone separator; and a separator vessel, wherein: the first cyclone separator and the second cyclone separator are located inside said separator vessel; and said vertical pipe extends through an opening in said separator vessel. the first cyclone separator and the second cyclone separator are located inside said separator vessel; and said vertical pipe extends through an opening in said separator vessel.
A working machine pad for being provided in a working machine support belt so as to be interposed between a thigh of an operator and a working machine, the working machine pad comprising: a plate portion disposed on the working machine side; a cushion portion disposed on the operator side and softer than the plate portion; and a hook fixed to the plate portion and capable of locking the working machine, wherein: the cushion portion includes: a soft cushion portion; and a hard cushion portion harder than the soft cushion portion; and the soft cushion portion is disposed between the plate portion and the hard cushion portion, and wherein the plate portion is made of resin; and characterized in that the soft cushion portion and the hard cushion portion are made of sponge. a plate portion disposed on the working machine side; a cushion portion disposed on the operator side and softer than the plate portion; and a hook fixed to the plate portion and capable of locking the working machine, wherein: the cushion portion includes: a soft cushion portion; and a hard cushion portion harder than the soft cushion portion; and the soft cushion portion is disposed between the plate portion and the hard cushion portion, and wherein the plate portion is made of resin; and the cushion portion includes: a soft cushion portion; and a hard cushion portion harder than the soft cushion portion; and a soft cushion portion; and a hard cushion portion harder than the soft cushion portion; and the soft cushion portion is disposed between the plate portion and the hard cushion portion, and wherein the plate portion is made of resin; and
Phase-change material reservoir for a heat exchanger of an air-conditioning installation of a vehicle, the reservoir being arranged between two reservoir plates (10a, 10b) and being provided with a filling means, wherein the filling means comprises at least one tube delimiting a filling channel disposed outside the reservoir against a first of the plates of the reservoir, the reservoir comprising a feed channel linking the filling channel to an internal volume of the reservoir delimited by the two reservoir plates (10a, 10b), the feed channel being formed by openings (22a, 22b) that communicate with one another and are formed respectively through the tube and through the first reservoir plate, characterized in that the openings (22a, 22b) are each formed by two adjacent holes (23a, 23b) and (24a, 24b).
A speech recognition apparatus, comprising: recognition unit for carrying out a speech recognition process of recognizing the speech of the user, instruction means for receiving speech recognition start instructions from a user, and instructing the recognition unit to start the speech recognition process, display means for displaying at least one of recognizable speeches of the recognition unit, and a sound processing unit, wherein the speech recognition apparatus further comprises control means, wherein a set-up period of time is necessary from a time when the recognition unit receives instructions of start of the speech recognition process from the instruction means to a time when the recognition unit is ready to carry out the speech recognition process, wherein the speech recognition process is started after the set-up operation has been completed, and wherein the control means, is adapted to control the display means (1 10) to start the display of a prohibition mark indicative of prohibition of speech and the display of the at least one of recognizable speeches and the display of a guidance message, and to control the sound processing unit to output the same content as the guidance message as sound during the set-up period of time, wherein the prohibition mark is erased from the display means after the speech recognition process has started. recognition unit for carrying out a speech recognition process of recognizing the speech of the user, instruction means for receiving speech recognition start instructions from a user, and instructing the recognition unit to start the speech recognition process, display means for displaying at least one of recognizable speeches of the recognition unit, and a sound processing unit, wherein the speech recognition apparatus further comprises control means, wherein a set-up period of time is necessary from a time when the recognition unit receives instructions of start of the speech recognition process from the instruction means to a time when the recognition unit is ready to carry out the speech recognition process, wherein the speech recognition process is started after the set-up operation has been completed, and wherein the control means, is adapted to control the display means (1 10) to start the display of a prohibition mark indicative of prohibition of speech and the display of the at least one of recognizable speeches and the display of a guidance message, and to control the sound processing unit to output the same content as the guidance message as sound during the set-up period of time, wherein the prohibition mark is erased from the display means after the speech recognition process has started.
A method of fabricating an organic light emitting device, comprising: a. providing a first electrode; b. depositing a first organic layer over the first electrode, the first organic layer further comprising: i. an organic host material of the first organic layer; ii. a first organic emitting material of the first organic layer; iii. a second organic emitting material of the first organic layer; c. depositing a second organic layer over and in direct contact with the first organic layer, the second organic layer comprising an organic host and an organic emitting material of the second organic layer; d. depositing a second electrode over the second organic layer; wherein the second organic layer is deposited by vapor deposition; and wherein the organic host of the second organic layer and the organic emitting material of the second organic layer are co-deposited, characterised by the first organic layer being deposited via solution processing. a. providing a first electrode; b. depositing a first organic layer over the first electrode, the first organic layer further comprising: i. an organic host material of the first organic layer; ii. a first organic emitting material of the first organic layer; iii. a second organic emitting material of the first organic layer; i. an organic host material of the first organic layer; ii. a first organic emitting material of the first organic layer; iii. a second organic emitting material of the first organic layer; c. depositing a second organic layer over and in direct contact with the first organic layer, the second organic layer comprising an organic host and an organic emitting material of the second organic layer; d. depositing a second electrode over the second organic layer;
A high strength galvanized steel sheet having a tensile strength of 340 MPa or more measured according to JIS Z2241 and having a composition consisting of, on a mass percent basis, 0.01% to 0.05% or less of C, 0.2% or less of Si, more than 1.0% to 1.8% of Mn, 0.10% or less of P, 0.03% or less of S, 0.1% or less of Al, less than 0.005% of N, more than 0.5% of Cr, 0.0005% or more to 0.01% or less of B, optionally further at least one of, 0.15% or less of Mo, 0.5% or less of V, 0.1% or less of Ti, and 0.1% or less of Nb, and the balance being iron and inevitable impurities, in which 1.9≤Mn +1.3Cr ≤2.8 in mass% holds, wherein the microstructure consists of a ferrite phase and 2% to 15% of martensite on an area ratio basis, and the total area ratio of pearlite and/or bainite is 1.0% or less and optionally retained γ and/or inevitable carbides having an area ratio of approximately 1.0%.
A method of producing a straightened beta-titanium alloy elongated product form, the method comprising: solution treating a beta-titanium alloy product form having a chemical composition as specified in UNS R58150 or ASTM F2066-13; aging the solution treated beta-titanium alloy product form in a first temperature range of 482°C to 510°C; applying a stress to the solution treated and aged beta-titanium alloy product form in a second temperature range of ambient temperature to 482°C for a time sufficient to improve straightness of the solution treated and aged beta-titanium alloy product form, to provide a straightened solution treated and aged beta-titanium alloy elongated product form, wherein the straightened solution treated and aged beta-titanium alloy elongated product form deviates from straight by no greater than 0.0625 inch (1.588 mm) over any 5 foot length (152.4 cm); stress-relief aging the straightened solution treated and aged beta-titanium alloy elongated product form in a third temperature range of 426°C to 510°C, to provide a stress-relief aged beta-titanium alloy elongated product form; and air cooling the stress-relief aged beta-titanium alloy elongated product form from the third temperature range. solution treating a beta-titanium alloy product form having a chemical composition as specified in UNS R58150 or ASTM F2066-13; aging the solution treated beta-titanium alloy product form in a first temperature range of 482°C to 510°C; applying a stress to the solution treated and aged beta-titanium alloy product form in a second temperature range of ambient temperature to 482°C for a time sufficient to improve straightness of the solution treated and aged beta-titanium alloy product form, to provide a straightened solution treated and aged beta-titanium alloy elongated product form, wherein the straightened solution treated and aged beta-titanium alloy elongated product form deviates from straight by no greater than 0.0625 inch (1.588 mm) over any 5 foot length (152.4 cm); stress-relief aging the straightened solution treated and aged beta-titanium alloy elongated product form in a third temperature range of 426°C to 510°C, to provide a stress-relief aged beta-titanium alloy elongated product form; and air cooling the stress-relief aged beta-titanium alloy elongated product form from the third temperature range.
An introducer sheath comprising: a body extending between a leading end and a trailing end and defining a substantially tubular configuration with a lumen therethrough, the body having a first portion including a first material extending from the trailing end to the leading end, and a second portion including an elastic second material that extends from the leading end to the trailing end, the body being configured to transition from a collapsed condition to an expanded condition when an apparatus is passed through the lumen, the expanded condition having a maximum dimension greater than a maximum dimension in the collapsed condition, characterised in that the second portion has a gradually increasing width from the trailing end to the leading end.
Fuel cell system, comprising a fuel cell stack with a plurality of cathodes and anodes, wherein an oxidising gas containing oxygen is feedable to the stack on the cathode side and a fuel gas is feedable to the stack on the anode side, and a reformer for generating the fuel gas from a fuel, wherein the fuel cell stack comprises a catalytically active material which is arranged in the anode-side regions such that the fuel gas flows through the material upstream of the anode, said catalytically active material catalysing the reaction of carbon monoxide and water to carbon dioxide and hydrogen, characterized in that the catalytically active material comprises a mixture of cerium dioxide, which can be doped, and nickel oxide, preferably in the ratio of approximately 1:1.
A method for allowing a user to establish a secure session between a first device and a server by using a username and a password associated with the user, the method comprising the following steps: - the server opens a session, generates an identifier of the session and sends the identifier to the first device, - the identifier is transmitted to a second device, - the second device sends an authenticating message to the server, said authenticating message comprising a first reference data based on the identifier and an authenticating data generated from the password, - the server sends a result message reflecting the result of the authenticating data checking to the first device, characterized in that the second device is distinct from said first device and in that the method comprises the following steps: - the user provides the username for said first device without providing the password for said first device, - said first device sends a message comprising the username to the server, - the user provides the password for said second device without providing the username for said second device. - the server opens a session, generates an identifier of the session and sends the identifier to the first device, - the identifier is transmitted to a second device, - the second device sends an authenticating message to the server, said authenticating message comprising a first reference data based on the identifier and an authenticating data generated from the password, - the server sends a result message reflecting the result of the authenticating data checking to the first device, - the user provides the username for said first device without providing the password for said first device, - said first device sends a message comprising the username to the server, - the user provides the password for said second device without providing the username for said second device.
A glazing assembly comprising at least one transparent substrate, especially made of glass, provided with a thin-film multilayer comprising, in the following order starting from the substrate, at least: (a) a first dielectric layer comprising a barrier layer acting as a barrier to the diffusion of oxygen and chosen from silicon nitrides; (b) a lower stabilizing layer made of a metal or metal alloy X; (c) a functional layer having reflection properties in the infrared and/or in the solar radiation, especially a metal layer; (d) an upper metal blocking layer made of a metal or metal alloy Y; (e) a second dielectric layer comprising a barrier layer acting as a barrier to the diffusion of oxygen and chosen from silicon nitrides; and (f) optionally, a protective oxide layer; characterized in that in the multilayer the metal or alloy X of the lower stabilizing layer is different from the metal or alloy Y of the upper blocking layer, the stabilizing lower metal layer (b), respectively the upper metal layer (d), is made of a metal or alloy X, respectively Y, chosen from titanium, nickel, chromium, niobium, zirconium, tantalum, aluminum or a metal alloy containing at least one of these metals and an alloy layer X or Y containing only metals different from the other associated layer, respectively Y or X. (a) a first dielectric layer comprising a barrier layer acting as a barrier to the diffusion of oxygen and chosen from silicon nitrides; (b) a lower stabilizing layer made of a metal or metal alloy X; (c) a functional layer having reflection properties in the infrared and/or in the solar radiation, especially a metal layer; (d) an upper metal blocking layer made of a metal or metal alloy Y; (e) a second dielectric layer comprising a barrier layer acting as a barrier to the diffusion of oxygen and chosen from silicon nitrides; and (f) optionally, a protective oxide layer;
An electric power assisted steering system comprising an input shaft connected to a steering wheel and an output shaft connected to one or more road wheels of the vehicle, an electric motor connected to the output shaft, and a torque sensor which measures the torque applied to the input shaft by a driver turning a wheel of the vehicle, at least two additional sensors including one or more of: a position sensor that measures the position of the input shaft, and a motor position sensor that measures the angular position of a rotor of the motor, and a motor controller that causes the motor to apply an assistance torque as a function of the torque measured by the torque sensor, in which each of the sensors produces at least one output signal represented by a stream of digital samples captured at discrete times, and characterized in that the apparatus further comprises: processing means arranged to process together the output signals from both processing units to produce at least one further signal, at least one sample value of each output signal is marked with a time stamp indicating the time at which the samples were created wherein the processing means is arranged to determine any difference between the timing of the respective clocks and to modify each sample before processing them to correct for any difference in timing, wherein each processor has its own clock, and in use a transmitting processor is adapted to transmit the sample along with a value indicative of the age of the sample, and a receiving processor is adapted to use the age of the sample together with the time stamp to determine the difference in timing between the clocks of the two processors, wherein the receiving processor is further adapted to also subtract from the age an amount that represents the latency of the communication between the two processors, the age information comprises the difference between the time at which the sample is transmitted by the processor and the time stamp applied to the sample. processing means arranged to process together the output signals from both processing units to produce at least one further signal, at least one sample value of each output signal is marked with a time stamp indicating the time at which the samples were created wherein the processing means is arranged to determine any difference between the timing of the respective clocks and to modify each sample before processing them to correct for any difference in timing, wherein each processor has its own clock, and in use a transmitting processor is adapted to transmit the sample along with a value indicative of the age of the sample, and a receiving processor is adapted to use the age of the sample together with the time stamp to determine the difference in timing between the clocks of the two processors, wherein the receiving processor is further adapted to also subtract from the age an amount that represents the latency of the communication between the two processors, the age information comprises the difference between the time at which the sample is transmitted by the processor and the time stamp applied to the sample.