mhurhangee/ep-ind-claims huggingface dataset:
An electric working machine comprising a motor, a controller configured to control driving of the motor, a first setter (22, 26) configured to be operated for sequentially changing control methods preliminarily registered and setting, as a control method for the motor, which is usable by the controller, one of the control methods, and a second setter configured to be operated for setting, as a control method for the motor, which is usable by the controller, at least one of the control methods settable via the first setter (22, 26), characterized in that the controller is configured to register, in response to a specified operation of the user to the electric working machine, a control method that is selected from the control methods settable via the first setter (22, 26), wherein the second setter is operated by the user so as to change and set to the control method registered by the specified operation of the user, and wherein the controller is configured to, in response to an operation of the second setter, select, as a use control method used for controlling the motor, one of the control methods registered as the control method settable via the second setter. a motor, a controller configured to control driving of the motor, a first setter (22, 26) configured to be operated for sequentially changing control methods preliminarily registered and setting, as a control method for the motor, which is usable by the controller, one of the control methods, and a second setter configured to be operated for setting, as a control method for the motor, which is usable by the controller, at least one of the control methods settable via the first setter (22, 26), characterized in that the controller is configured to register, in response to a specified operation of the user to the electric working machine, a control method that is selected from the control methods settable via the first setter (22, 26), wherein the second setter is operated by the user so as to change and set to the control method registered by the specified operation of the user, and wherein the controller is configured to, in response to an operation of the second setter, select, as a use control method used for controlling the motor, one of the control methods registered as the control method settable via the second setter.
Vertical take-off and landing airborne object, comprising - a fuselage with a longitudinal axis and - a plurality of casing bodies arranged on the fuselage, wherein - at least one of the casing bodies is rotatably mounted about a transverse axis arranged at an angle to the longitudinal axis, and wherein - the airborne object comprises at least one drive means with a rotatable turbomachine and one of the casing bodies, wherein - the rotatable turbomachine has an axis of rotation rotatable through the transverse axis, and - the casing body has a substantially cylindrical portion extending along the axis of rotation, wherein - the cylindrical portion coaxially surrounds the turbomachine, wherein - the casing body is designed as an annular wing, characterized in that - the casing body has a casing body longitudinal axis, and the casing body is rotatably mounted about the casing body longitudinal axis. - a fuselage with a longitudinal axis and - a plurality of casing bodies arranged on the fuselage, wherein - at least one of the casing bodies is rotatably mounted about a transverse axis arranged at an angle to the longitudinal axis, and wherein - the airborne object comprises at least one drive means with a rotatable turbomachine and one of the casing bodies, wherein - the rotatable turbomachine has an axis of rotation rotatable through the transverse axis, and - the casing body has a substantially cylindrical portion extending along the axis of rotation, wherein - the cylindrical portion coaxially surrounds the turbomachine, wherein - the casing body is designed as an annular wing, characterized in that - the casing body has a casing body longitudinal axis, and the casing body is rotatably mounted about the casing body longitudinal axis.
An autonomous well valve having a body that constitutes an actuator for opening and closing at least one first valve opening, and where the body, that in operation is submerged, has an effective density that is equal or greater than the density of a first fluid and less than the density of a second fluid, characterized in that the first valve opening extends from a conical recess in a first member, and where a first end portion of the body has a corresponding conical recess, and where a ball is placed between said two recesses, and where conical recesses with a ball in between are provided at a second end portion of the body and in a second member, and where the body has a length that gives room for some axial movement between the first and second members (4, 6) and where a ball race with at least one race ball surrounds the body.
A route information providing device, comprising: means storing map data including an undulation of an actual topography; acquisition means configured for acquiring information on first routes each containing one or more routes from a point corresponding to an address of a user in the map data to a plurality of predetermined points in a region containing the point corresponding to the address of the user in the map data; determination means configured for determining a second route from a start point to an end point specified based on a request from the user; comparison means (116, 118) configured for determining a correlation between curves representing each of the first routes and the second route or comparing a travel difficulty calculated for each of the first routes and the second route; selection means configured to select a reference route from the first routes based on said determining or comparing by the comparison means; and information providing means configured for providing the user with information on a comparison result between the second route and the reference route, said comparison result indicating measure of the travel difficulty required for traveling on the second route compared with the reference route by the comparison means. means storing map data including an undulation of an actual topography; acquisition means configured for acquiring information on first routes each containing one or more routes from a point corresponding to an address of a user in the map data to a plurality of predetermined points in a region containing the point corresponding to the address of the user in the map data; determination means configured for determining a second route from a start point to an end point specified based on a request from the user; comparison means (116, 118) configured for determining a correlation between curves representing each of the first routes and the second route or comparing a travel difficulty calculated for each of the first routes and the second route; selection means configured to select a reference route from the first routes based on said determining or comparing by the comparison means; and information providing means configured for providing the user with information on a comparison result between the second route and the reference route, said comparison result indicating measure of the travel difficulty required for traveling on the second route compared with the reference route by the comparison means.
Method for determining a characteristic viscosity variable (η) of a hydraulic liquid in a machine with hydraulic control, in particular of an engine oil in a motor vehicle with hydraulic control of the gas exchange valves, with a hydraulic component being adjusted from a first position to a second position with the aid of a control signal, wherein a time period (Δt) which the component requires for the changeover from the first position to the second position is used as a measure of the characteristic viscosity variable (η), characterized in that, in addition, a conclusion can be drawn about aging of the hydraulic component at an operating point on the basis of the time period (Δt).
A morphic form of triamcinolone acetonide, Form C, characterized by an X-ray powder diffraction pattern including peaks at about 9.8, 9.84, 10.5, 11.1, 12.3, 14.4, 14.5, 14.6, and 14.9 degrees 2θ, further including peaks at about 15.8, 17.1, 17.5, 17.9, and 24.7 degrees 2θ.
Drawer guide for displaceably arranging, on a carcass, a drawer that can be pulled out of the carcass in a pull-out direction, comprising at least two guide rails, which are displaceable relative to one another, and a locking device for locking at least one of the at least two guide rails relative to at least one further one of the at least two guide rails with respect to the pull-out direction in at least one position, wherein the locking device comprises at least one locking element and at least one locking element receiver to receive the at least one locking element, which are arranged on different guide rails of the drawer guide, wherein at least one locking element receiver comprises at least two receiver portions, between which at least one locking element is receivable in a locked state of the drawer guide, wherein at least two receiver portions are arranged, with respect to a relative movement path of at least one locking element relative to at least one locking element receiver, on mutually opposite sides of the relative movement path, wherein at least one locking element receiver is arranged on a carcass-side guide rail or on a drawer-side guide rail, and wherein at least two locking elements are arranged on the drawer-side guide rail or on the carcass-side guide rail, wherein the at least two locking elements are arranged, with respect to the pull-out direction, in mutually opposite end regions (136, 138) of a guide rail (104, 106) and the at least one locking element receiver is arranged in an end region of the further guide rail (106, 104) arranged to the front in the pull-out direction, characterised in that the at least one locking element receiver is selectively engageable with a respective one of the at least two locking elements for latching in the completely pulled-out position and in the completely inserted position.
A method of making a formed fibrous article comprising the steps of: transferring a fibrous article from a vacuum roll of a calendering station to a vacuum roll of a pin calendering station, and pin-calendering the fibrous article in the pin calendering station between a first roll and a second roll, wherein the fibrous article is conveyed through a nip defined between the first roll and the second roll without the use of a carrier layer; wherein the calendering station includes vacuum roll and an opposed calender roll, and wherein the first roll comprises a vacuum roll and the second roll comprises a pin calender roll. transferring a fibrous article from a vacuum roll of a calendering station to a vacuum roll of a pin calendering station, and pin-calendering the fibrous article in the pin calendering station between a first roll and a second roll, wherein the fibrous article is conveyed through a nip defined between the first roll and the second roll without the use of a carrier layer; wherein the calendering station includes vacuum roll and an opposed calender roll, and wherein the first roll comprises a vacuum roll and the second roll comprises a pin calender roll.
A dynamic storm environment short-term in-flight turbulence forecast processor-implemented method, comprising: receiving a flight profile for an aircraft, the flight profile including an at least one initial route; determining non-convective turbulence and a convective turbulence forecast for at least a portion of the at least one initial route; receiving lightning data for at least the portion of the at least one initial route; masking the convective turbulence forecast by the received lightning data; projecting the masked convective turbulence forecast for a specified nowcast period; integrating the projected masked convective turbulence forecast and the non-convective turbulence to determine a preliminary turbulence estimate; determining a turbulence nowcast for the specified nowcast period, via a processor, using the preliminary turbulence estimate and at least one turbulence observation associated with the at least one portion of the at least one initial route; determining turbulence threshold compliance based on the turbulence nowcast and the flight profile; and generating a turbulence exception if the turbulence nowcast exceeds threshold turbulence parameters. receiving a flight profile for an aircraft, the flight profile including an at least one initial route; determining non-convective turbulence and a convective turbulence forecast for at least a portion of the at least one initial route; receiving lightning data for at least the portion of the at least one initial route; masking the convective turbulence forecast by the received lightning data; projecting the masked convective turbulence forecast for a specified nowcast period; integrating the projected masked convective turbulence forecast and the non-convective turbulence to determine a preliminary turbulence estimate; determining a turbulence nowcast for the specified nowcast period, via a processor, using the preliminary turbulence estimate and at least one turbulence observation associated with the at least one portion of the at least one initial route; determining turbulence threshold compliance based on the turbulence nowcast and the flight profile; and generating a turbulence exception if the turbulence nowcast exceeds threshold turbulence parameters.
An illumination device comprising: • four light sources (203, 205, 215, 217), comprising a red light source, a green light source, a blue light source, and a white light source; • a number of light collecting means adapted to collect the light generated by said four light sources and to convert said collected light into a number of light beams, said light beams propagate along an optical axis; where said light sources (203, 205, 215, 217) and said light collecting means are displaceable in relation to each other and can be positioned and fixed in a number of mixing positions, where in said number of mixing positions said light collecting means are adapted to collect at least a part of said light emitted by one of the four light sources (203, 205, 215, 217) and at least a part of said light emitted by another of the said four light sources (203, 205, 215, 217), said light collecting means being further adapted to convert said collected light into number of mixed light beams wherein each of said four light sources comprises four emitting areas emitting light of the same spectral distribution, wherein the four light sources are quadrangles and the four emitting areas are quadrangles, and the light collecting means is embedded as light mixing rods having a quadrangle entrance surface and in that said illumination device further comprises controlling means for controlling said four emitting areas of each light source independently of each other and in that in at least one first mixing position said light collecting means are adapted to collect at least a part of the light emitted from one of the four emitting areas while substantially not collecting light emitted from the other of the four emitting areas of one of the four light sources (203, 205, 215, 217), wherein said controlling means are adapted to turn off the other of the four emitting areas when said light sources and said light collecting means are positioned in said first mixing position. • four light sources (203, 205, 215, 217), comprising a red light source, a green light source, a blue light source, and a white light source; • a number of light collecting means adapted to collect the light generated by said four light sources and to convert said collected light into a number of light beams, said light beams propagate along an optical axis;
A method for purifying a gas containing volatile organic compounds which comprises: a) feeding the gas to an absorber and bringing into contact said gas with an aqueous stream the pH of which is comprised between 8.0 and 9.5 to obtain a liquid comprising volatile organic compounds, and a purified gas stream; b) feeding the liquid comprising volatile organic compounds obtained in step a) to a conditioning tank and adding a mineral nutrient medium and a suitable amount of base to the liquid to obtain a liquid effluent the pH of which is comprised between 7.5 and 10 and the total alkalinity of which is comprised between 750 and 5,000 mg CaCO 3 /L; c) feeding the liquid effluent obtained in step b) to an anaerobic bioreactor to obtain a biomethane stream wherein the percentage of carbon dioxide is equal to or less than 15% by volume with respect to the volume of the stream expressed as a dry base, and an output liquid stream exiting the bioreactor the pH of which is comprised between 7.0 and 8.5; d) feeding the output liquid stream exiting the bioreactor obtained in step c) to a degasser to obtain a gas stream comprising methane, and an aqueous stream; and e) recirculating the aqueous stream by feeding it to the absorber; wherein: total alkalinity of each of the streams of steps a), c), d) and e) and of each of said absorber, conditioning tank, anaerobic bioreactor and degasser is equal to total alkalinity of the liquid effluent of step b) ± 20% of the total value. a) feeding the gas to an absorber and bringing into contact said gas with an aqueous stream the pH of which is comprised between 8.0 and 9.5 to obtain a liquid comprising volatile organic compounds, and a purified gas stream; b) feeding the liquid comprising volatile organic compounds obtained in step a) to a conditioning tank and adding a mineral nutrient medium and a suitable amount of base to the liquid to obtain a liquid effluent the pH of which is comprised between 7.5 and 10 and the total alkalinity of which is comprised between 750 and 5,000 mg CaCO 3 /L; c) feeding the liquid effluent obtained in step b) to an anaerobic bioreactor to obtain a biomethane stream wherein the percentage of carbon dioxide is equal to or less than 15% by volume with respect to the volume of the stream expressed as a dry base, and an output liquid stream exiting the bioreactor the pH of which is comprised between 7.0 and 8.5; d) feeding the output liquid stream exiting the bioreactor obtained in step c) to a degasser to obtain a gas stream comprising methane, and an aqueous stream; and e) recirculating the aqueous stream by feeding it to the absorber; wherein: total alkalinity of each of the streams of steps a), c), d) and e) and of each of said absorber, conditioning tank, anaerobic bioreactor and degasser is equal to total alkalinity of the liquid effluent of step b) ± 20% of the total value.
A hollow glass microsphere and polymer composite comprising: (a) 30 to 87 vol-% of a hollow glass microsphere having a particle size greater than 5 μm having a coating of 0.005 to 8 wt-% of an interfacial modifier, the percentage based on the composite; and (b) a polymer phase. (a) 30 to 87 vol-% of a hollow glass microsphere having a particle size greater than 5 μm having a coating of 0.005 to 8 wt-% of an interfacial modifier, the percentage based on the composite; and (b) a polymer phase.
An antibody, wherein the antibody is: i) an anti-C1q antibody, wherein the anti-C1q antibody inhibits the interaction between C1q and an autoantibody or between C1q and C1r, or between C1q and C1s; ii) an anti-C1r antibody, wherein the anti-C1r antibody inhibits the interaction between C1r and C1q or between C1r and C1s, or wherein the anti-C1r antibody inhibits the catalytic activity of C1r or inhibits the processing of pro-C1r to an active protease; or iii) an anti-C1s antibody, wherein the anti-C1s antibody inhibits the interaction between C1s and C1q or between C1s and C1r or between C1s and C2 or C4, or wherein the anti-C1s antibody inhibits the catalytic activity of C1s or inhibits the processing of pro-C1s to an active protease, for use in preventing, reducing risk of developing, or treating neuromyelitis optica. i) an anti-C1q antibody, wherein the anti-C1q antibody inhibits the interaction between C1q and an autoantibody or between C1q and C1r, or between C1q and C1s; ii) an anti-C1r antibody, wherein the anti-C1r antibody inhibits the interaction between C1r and C1q or between C1r and C1s, or wherein the anti-C1r antibody inhibits the catalytic activity of C1r or inhibits the processing of pro-C1r to an active protease; or iii) an anti-C1s antibody, wherein the anti-C1s antibody inhibits the interaction between C1s and C1q or between C1s and C1r or between C1s and C2 or C4, or wherein the anti-C1s antibody inhibits the catalytic activity of C1s or inhibits the processing of pro-C1s to an active protease,
A monitoring system, comprising: a monitor capable of receiving input relating to patient physiological parameters and storing data related to the parameters, the monitor comprising:- a pattern detection feature capable of analyzing SpO 2 data to detect a pattern in the SpO 2 data, the pattern comprising at least one reciprocation, wherein each reciprocation is defined by a fall peak, a nadir, and a rise peak; a reciprocation qualification feature capable of determining if the detected pattern in the SpO 2 data is due to a ventilatory instability, the reciprocation qualification feature being configured to pass the detected pattern in the SpO 2 data of a potential reciprocation through a qualification stage that comprises checking fall slope in the detected pattern against a set of limits comprising a maximum fall slope limit and a minimum fall slope limit; a cluster determination feature that is configured to keep track of a number of qualified reciprocations and to calculate and report a scoring metric when the number of qualified reciprocations is greater than or equal to a certain number; and a graphical indicator capable of being displayed comprising a graphical representation based at least in part one or more of an occurrence, frequency, or magnitude of the pattern, and configured to notify a user when the scoring metric is at or above a threshold setting. a pattern detection feature capable of analyzing SpO 2 data to detect a pattern in the SpO 2 data, the pattern comprising at least one reciprocation, wherein each reciprocation is defined by a fall peak, a nadir, and a rise peak; a reciprocation qualification feature capable of determining if the detected pattern in the SpO 2 data is due to a ventilatory instability, the reciprocation qualification feature being configured to pass the detected pattern in the SpO 2 data of a potential reciprocation through a qualification stage that comprises checking fall slope in the detected pattern against a set of limits comprising a maximum fall slope limit and a minimum fall slope limit; a cluster determination feature that is configured to keep track of a number of qualified reciprocations and to calculate and report a scoring metric when the number of qualified reciprocations is greater than or equal to a certain number; and a graphical indicator capable of being displayed comprising a graphical representation based at least in part one or more of an occurrence, frequency, or magnitude of the pattern, and configured to notify a user when the scoring metric is at or above a threshold setting.