mhurhangee/ep-ind-claims huggingface dataset:
An unmanned tethered aircraft comprising an onboard applications equipment (4,5,6), an electrical power connection for receiving electrical power from a remote source, and a power delivery system for delivering electrical power to the onboard applications equipment, the power delivery system being arranged to start delivering power to the onboard applications system after the aircraft has left the ground, characterised in that wherein the power delivery system comprises an electrical accumulator, the electrical accumulator being arranged to be charged from the electrical power connection during flight, and to deliver power to the onboard applications equipment when the charge in the accumulator exceeds a predetermined threshold.
A method of controlling a plug-in hybrid electric vehicle having an electric propulsion system, an engine, and a catalytic converter associated with the engine, the vehicle being operable in a charge depletion mode and in a charge sustain mode, and when the vehicle is operating in the charge depletion mode the method comprises: estimating a depletion period representing a time remaining until a minimum state of charge of a battery of the vehicle will be reached; determining a duration of a warming period of the catalytic converter; comparing the duration of the depletion period and the duration of the warming period; and activating the engine if the duration of the depletion period is less than or equal to the duration of the warming period, the method further comprising switching the vehicle from operating in the charge depletion mode to the charge sustain mode when the battery of the vehicle reaches the minimum state of charge. estimating a depletion period representing a time remaining until a minimum state of charge of a battery of the vehicle will be reached; determining a duration of a warming period of the catalytic converter; comparing the duration of the depletion period and the duration of the warming period; and activating the engine if the duration of the depletion period is less than or equal to the duration of the warming period, the method further comprising switching the vehicle from operating in the charge depletion mode to the charge sustain mode when the battery of the vehicle reaches the minimum state of charge.
An image forming apparatus comprising an apparatus body, a developing unit, a tray mounted with the developing unit, a transfer unit and a jam removing device, wherein the jam removing device comprises: a first door member that is installed on an in/out path of the tray and is opened or closed with respect to the apparatus body; a second door member that is installed in the apparatus body in an opposite direction to the first door member and is opened or closed with respect to the apparatus body; a guide unit comprising a first guide that guides an insertion/withdrawal of the tray with respect to the apparatus body and a second guide that guides the first guide in such a manner that the developing unit approaches or separates from the transfer unit; a first link unit connecting the first door member and the first guide; and a second link unit connecting the second door member and the first guide, characterized in that the first link unit and the second link unit each comprise an elastic body (111a, 121a) that is stretchable/contractible in a length direction, wherein when one door member of the first and second door members (110, 120) is opened, a corresponding link unit from among the first and second link units (111, 121) that connects the other door member of the first and second door members (110, 120), which is not opened, and the first guide, is stretched or contracted. a first door member that is installed on an in/out path of the tray and is opened or closed with respect to the apparatus body; a second door member that is installed in the apparatus body in an opposite direction to the first door member and is opened or closed with respect to the apparatus body; a guide unit comprising a first guide that guides an insertion/withdrawal of the tray with respect to the apparatus body and a second guide that guides the first guide in such a manner that the developing unit approaches or separates from the transfer unit; a first link unit connecting the first door member and the first guide; and a second link unit connecting the second door member and the first guide, characterized in that the first link unit and the second link unit each comprise an elastic body (111a, 121a) that is stretchable/contractible in a length direction, wherein when one door member of the first and second door members (110, 120) is opened, a corresponding link unit from among the first and second link units (111, 121) that connects the other door member of the first and second door members (110, 120), which is not opened, and the first guide, is stretched or contracted.
A method for providing a service of an electronic apparatus, the method characterised by comprising: executing an interactive application which integrates a plurality of services and provides the plurality of services; in response to a selection of at least one of the plurality of services, performing a first displaying operation to display a chatting screen of the interactive application for chatting with the at least one selected service; in response to input of a user message through the chatting screen: analyzing the user message according to the at least one selected service; generating a control command corresponding to the user message; transmitting the control command to an external apparatus corresponding to the at least one selected service; and performing, by the external apparatus, a function of the one or more of the at least one selected service corresponding to the user message; and in response to receiving feedback information responding to the control command from the external apparatus, performing a second displaying operation to generate a response message corresponding to the feedback information and displaying the response message on the chatting screen. executing an interactive application which integrates a plurality of services and provides the plurality of services; in response to a selection of at least one of the plurality of services, performing a first displaying operation to display a chatting screen of the interactive application for chatting with the at least one selected service; in response to input of a user message through the chatting screen: analyzing the user message according to the at least one selected service; generating a control command corresponding to the user message; transmitting the control command to an external apparatus corresponding to the at least one selected service; and performing, by the external apparatus, a function of the one or more of the at least one selected service corresponding to the user message; and in response to receiving feedback information responding to the control command from the external apparatus, performing a second displaying operation to generate a response message corresponding to the feedback information and displaying the response message on the chatting screen. analyzing the user message according to the at least one selected service; generating a control command corresponding to the user message; transmitting the control command to an external apparatus corresponding to the at least one selected service; and performing, by the external apparatus, a function of the one or more of the at least one selected service corresponding to the user message; and in response to receiving feedback information responding to the control command from the external apparatus, performing a second displaying operation to generate a response message corresponding to the feedback information and displaying the response message on the chatting screen.
A valve including: a base; a fluid communication channel formed adjacent to the base; a protruding valve element on the base, extending into the fluid communication channel; a first bubble element on the base, positioned on a product side of the protruding valve element and extending into the fluid communication channel, wherein inflation of the first bubble element blocks flow in the fluid communication channel to the protruding valve element, and deflation of the first bubble element allows flow in the fluid communication channel to the protruding valve element; and a second bubble element separated from the first bubble element, wherein inflation of the second bubble element allows deflation of the first bubble element. a base; a fluid communication channel formed adjacent to the base; a protruding valve element on the base, extending into the fluid communication channel; a first bubble element on the base, positioned on a product side of the protruding valve element and extending into the fluid communication channel, wherein inflation of the first bubble element blocks flow in the fluid communication channel to the protruding valve element, and deflation of the first bubble element allows flow in the fluid communication channel to the protruding valve element; and a second bubble element separated from the first bubble element, wherein inflation of the second bubble element allows deflation of the first bubble element.
An austenitic alloy pipe, comprising a chemical composition consisting of: in mass%, C: 0.004 to 0.030%, Si: 1.00% or less, Mn: 0.30 to 2.00%, P: 0.030 or less, S: 0.0020% or less, Al: 0.001 to 0.100%, Cu: 0.50 to 1.50%, Ni: 25.00 to 55.00%, Cr: 20.00 to 30.00%, Mo: 2.00 to 10.00%, N: 0.005 to 0.100%, Ti: 0 to 0.800%, W: 0 to 0.30%, Nb: 0 to 0.050%, Ca: 0 to 0.0100%, Mg: 0 to 0.0100%, and Nd: 0 to 0.050%, with the balance being Fe and impurities, wherein an average value of grain size number of austenite crystal grain conforming to ASTM E112 is 2.0 to 7.0 and a mixed grain ratio measured according to the chapter "Measurement method of mixed grain ratio" of the description is not more than 5%, wherein when a yield strength obtained by a compression test conforming to ASTM E9-09 is defined as a compressive YS (MPa) and a yield strength obtained by a tensile test conforming to ASTM E8M-16a as a tensile YS (MPa), the tensile YS is not less than 758 MPa and the compressive YS/tensile YS is 0.85 to 1.10, and wherein the austenitic alloy pipe has an outer diameter of not less than 170 mm.
Method for manufacturing a thermal insulation element comprising the steps of: - Filling a free-flowing porous support material into a container, - Evacuating the container, - Sealing the evacuated container, in order to obtain a vacuum insulation element, characterised in that the support material is filled into the container formed as an inner wall of a refrigeration device door with stays in the form of pre-packed air-permeable bags, in order to fill a hollow space of the container up to the stays, by filling the hollow space with a plurality of small bags. - Filling a free-flowing porous support material into a container, - Evacuating the container, - Sealing the evacuated container, in order to obtain a vacuum insulation element, characterised in that the support material is filled into the container formed as an inner wall of a refrigeration device door with stays in the form of pre-packed air-permeable bags, in order to fill a hollow space of the container up to the stays, by filling the hollow space with a plurality of small bags.
An oral care system, comprising: a cleaning and/or treatment portion for an oral care device, at least a section of the cleaning and/or treatment portion for being received in an oral cavity of a user for a cleaning or treatment function, the cleaning and/or treatment portion, characterized by: a magnetic field source for generating a reference magnetic field in the oral cavity when received therein, and a magnetic field sensing arrangement, arranged to detect a magnetic field strength of the reference field, or changes therein, at one or more spatial locations; and a processing arrangement, arranged to receive a sensor output from the magnetic field sensing arrangement and adapted to perform sensing of blood in or on gum tissue or in the oral cavity, based on analysis of the sensor output. a cleaning and/or treatment portion for an oral care device, at least a section of the cleaning and/or treatment portion for being received in an oral cavity of a user for a cleaning or treatment function, the cleaning and/or treatment portion, characterized by: a magnetic field source for generating a reference magnetic field in the oral cavity when received therein, and a magnetic field sensing arrangement, arranged to detect a magnetic field strength of the reference field, or changes therein, at one or more spatial locations; and a magnetic field source for generating a reference magnetic field in the oral cavity when received therein, and a magnetic field sensing arrangement, arranged to detect a magnetic field strength of the reference field, or changes therein, at one or more spatial locations; and a processing arrangement, arranged to receive a sensor output from the magnetic field sensing arrangement and adapted to perform sensing of blood in or on gum tissue or in the oral cavity, based on analysis of the sensor output.
A method for inspecting installation of a fastener which comprises a pintail, the method comprising: - monitoring hydraulic pressure of a tool that is installing the fastener by means of a swaging operation; - detecting that the hydraulic pressure has dropped by more than a threshold amount within a period of time, and that, during this period of pressure drop, the pressure drop has continued for at least a threshold amount of time; - determining that the pintail of the fastener has snapped and that swaging has completed in response to the detecting; concluding that the fastener has been installed within a predefined tolerance, based on the changes in the hydraulic pressure that indicate progress of the swaging operation; and - reducing the hydraulic pressure in response to the conclusion that the fastener has been installed. - monitoring hydraulic pressure of a tool that is installing the fastener by means of a swaging operation; - detecting that the hydraulic pressure has dropped by more than a threshold amount within a period of time, and that, during this period of pressure drop, the pressure drop has continued for at least a threshold amount of time; - determining that the pintail of the fastener has snapped and that swaging has completed in response to the detecting; - reducing the hydraulic pressure in response to the conclusion that the fastener has been installed.
A method of monitoring an injection process executed by means of an injection device, comprising - recording a first and a second reference sound y (j) respectively characteristic of a first and a second injection event j sequentially occurring during reference execution of the injection process; - recording, by a microphone and a processing unit connected to the microphone, during the injection process to be monitored, a sample sound y originating from a device event, and generating a timestamp indicative of a time of recording of the sample sound; - determining a first and a second match measure linear likelihood ratio LLR (j) indicative of a match of the sample sound with the first and the second reference sound, respectively; - identifying the device event as a first injection event if the first match measure exceeds the second match measure, and identifying the device event as a second injection event if the second match measure exceeds the first match measure; - storing the timestamp together with an identifier j ∗ of the identified injection event. - recording a first and a second reference sound y (j) respectively characteristic of a first and a second injection event j sequentially occurring during reference execution of the injection process; - recording, by a microphone and a processing unit connected to the microphone, during the injection process to be monitored, a sample sound y originating from a device event, and generating a timestamp indicative of a time of recording of the sample sound; - determining a first and a second match measure linear likelihood ratio LLR (j) indicative of a match of the sample sound with the first and the second reference sound, respectively; - identifying the device event as a first injection event if the first match measure exceeds the second match measure, and identifying the device event as a second injection event if the second match measure exceeds the first match measure; - storing the timestamp together with an identifier j ∗ of the identified injection event.
System for registering the opening of doors of areas to be secured, comprising an aircraft, a sealing module and a detection device, the sealing module which contains a position sensor, a microprocessor, a memory and a wireless communication apparatus (2, 3) being able to be fitted to the door of the aircraft in such a manner that the position sensor is fastened to the door of the aircraft and the position sensor detects a movement of the door of the aircraft and writes data documenting the movement to the memory, the detection device containing at least one wireless communication apparatus (13, 14), a microprocessor and a memory which are designed to read at least the data documenting the movement from the memory of the sealing module and to write said data to the memory of the detection device, the detection device activating a sealing module containing the memory and the position sensor by means of wireless communication after the sealing module has been fastened to the door, and the detection device having a program which makes the stored data relating to doors of a secured area visible on a screen and, with the aid of a menu, predefines a sequential check of the associated sealing modules, whereupon the respectively checked sealing modules are indicated accordingly on the screen.
A suture sleeve comprising a tubular body of an elastic material which is adapted to be positioned in a human or animal body and is provided with a through bore to allow introduction of a lead into the through bore for implantation of the lead via the suture sleeve, wherein an end of the suture sleeve is adapted to be introduced into an opening in a vein of the human or animal body and wherein said through bore includes two end portions and a central portion, whereby each end portion is formed with a circular cross section, characterized in that said central portion of the through bore is formed with an oval or rhomboid cross section in a non-manipulated state and in that said central portion of the through bore adopts a more circular or square cross section in a manipulated state in which compressing force is applied in opposite directions on the suture sleeve.
A method of making a composite part having at least one integral fitting, comprising: placing a compression cylinder on a mold having a part cavity, at least one fitting cavity and an upper mold including one or more inlet openings that pass through the thickness of the upper mold into the part cavity: moving the compression cylinder relative to the mold so that the compression cylinder is moved to various regions along a length of the part to successively form each of a plurality of fittings on the part; placing a charge of fiber reinforced resin flakes in the compression cylinder; melting resin in the flakes to form a flowable mixture of resin and fibers; and compressing the flowable mixture into the part cavity through the at least one inlet openings and into the fitting cavity as the compression cylinder and the mold move relative to each other. placing a compression cylinder on a mold having a part cavity, at least one fitting cavity and an upper mold including one or more inlet openings that pass through the thickness of the upper mold into the part cavity: moving the compression cylinder relative to the mold so that the compression cylinder is moved to various regions along a length of the part to successively form each of a plurality of fittings on the part; placing a charge of fiber reinforced resin flakes in the compression cylinder; melting resin in the flakes to form a flowable mixture of resin and fibers; and compressing the flowable mixture into the part cavity through the at least one inlet openings and into the fitting cavity as the compression cylinder and the mold move relative to each other. moving the compression cylinder relative to the mold so that the compression cylinder is moved to various regions along a length of the part to successively form each of a plurality of fittings on the part; placing a charge of fiber reinforced resin flakes in the compression cylinder; melting resin in the flakes to form a flowable mixture of resin and fibers; and compressing the flowable mixture into the part cavity through the at least one inlet openings and into the fitting cavity as the compression cylinder and the mold move relative to each other.
A copolymer of at least one isoolefin monomer and at least one multiolefin and/or β-pinene monomer having a total cyclic oligomer content of less than 3200 ppm and having a ratio of C21/C13 oligomers of less than 1.5.
A propulsor for use in a gas turbine engine, the propulsor comprising: a rotor including a row of propulsor blades extending from a hub that is rotatable around an axis, each of said propulsor blades has a span between a root at said hub and a tip, and a chord between a leading edge and a trailing edge such that said chord forms a stagger angle α with said axis, wherein said hub is at 0% of said span and said tip is at 100% of said span; characterised in that: the stagger angle α is less than 10° within an inboard 20% of the span. a rotor including a row of propulsor blades extending from a hub that is rotatable around an axis, each of said propulsor blades has a span between a root at said hub and a tip, and a chord between a leading edge and a trailing edge such that said chord forms a stagger angle α with said axis, wherein said hub is at 0% of said span and said tip is at 100% of said span; characterised in that: the stagger angle α is less than 10° within an inboard 20% of the span.